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Proceedings Papers

Proceedings Volume Cover
International Congress on Applications of Lasers & Electro-Optics
October 14–18, 2018
Orlando, FL, USA
ICALEO® ‘97: Proceedings of the Laser Materials Processing Conference
ISBN:
0-912035-56-0
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ICALEO® ‘97: Proceedings of the Laser Materials Processing Conference

SESSION 1: PLENARY SESSION

Are we ready for the future?
R. James Rockwell, Jr.
LIACP 2018; 1-12https://doi.org/10.2351/1.5056401
View Articletitled, Are we ready for the future?
PDF
In the beginning there was ANSI Z136.1
Sidney S. Charschan
LIACP 2018; 13-24https://doi.org/10.2351/1.5056392
View Articletitled, In the beginning there was ANSI Z136.1
PDF
Evolving issues in laser safety
David H. Sliney, Ph.D.
LIACP 2018; 25-34https://doi.org/10.2351/1.5056408
View Articletitled, Evolving issues in laser safety
PDF
……But is it really safe?
Peter A. Smith
LIACP 2018; 35-40https://doi.org/10.2351/1.5056422
View Articletitled, ……But is it really safe?
PDF

MEDICAL SESSION 1: ISSUES IN BRINGING LASER TECHNOLOGY IN MEDICAL DEVICES MANUFACTURING

Laser safety: Practical requirements for setting up a laser facility
David H. Sliney, Ph.D.
LIACP 2018; 1-11https://doi.org/10.2351/1.5059748
View Articletitled, Laser safety: Practical requirements for setting up a laser facility
PDF
Getting the ROI from your new laser system
William E. Lawson, P.E.
LIACP 2018; 13-18https://doi.org/10.2351/1.5059746
View Articletitled, Getting the ROI from your new laser system
PDF

MEDICAL SESSION 2: NEW LASERS AND PROCESSES FOR MEDICAL DEVICES MANUFACTURING

Laser applications in the medical device manufacturing industry
Bo Gu; Alain Biernaux; Clive Grafton
LIACP 2018; 19-25https://doi.org/10.2351/1.5059747
View Articletitled, Laser applications in the medical device manufacturing industry
PDF
Medical applications of high power semiconductor diode laser technology
William P. Latham; Trevor M. Davis; William T. Cooley
LIACP 2018; 27-34https://doi.org/10.2351/1.5059749
View Articletitled, Medical applications of high power semiconductor diode laser technology
PDF
The use of solid-state lasers to replace traditional UV photon sources in medical device manufacturing
Ronald D. Schaeffer; John C. O’Connell; Mark M. Gitin; Edward C. Rea; Andrea Caprara; George Nazary
LIACP 2018; 35-44https://doi.org/10.2351/1.5059750
View Articletitled, The use of solid-state lasers to replace traditional UV photon sources in medical device manufacturing
PDF
Nd:YAG lasers tailored beam delivery improves productivity & weld penetration
Craig Marley
LIACP 2018; 45-52https://doi.org/10.2351/1.5059751
View Articletitled, Nd:YAG lasers tailored beam delivery improves productivity & weld penetration
PDF

SESSION 2: SAFETY STANDARDS

“Updating the ANSI Z136 standard for the safe use of lasers”
Sidney S. Charschan; Ami Kestenbaum
LIACP 2018; 41-43https://doi.org/10.2351/1.5056432
View Articletitled, “Updating the ANSI Z136 standard for the safe use of lasers”
PDF
An overview of the IEC 835-1 standard for laser and LED products and their use
David H. Sliney, Ph.D.
LIACP 2018; 44-57https://doi.org/10.2351/1.5056437
View Articletitled, An overview of the IEC 835-1 standard for laser and LED products and their use
PDF
Amendments to the CDRH federal performance standard for laser products a status report
Jerome E. Dennis
LIACP 2018; 58-67https://doi.org/10.2351/1.5056454
View Articletitled, Amendments to the CDRH federal performance standard for laser products a status report
PDF
The international & European standard for safety of laser processing machines
Michael J. Barrett; Thomas J. Lieb
LIACP 2018; 68-77https://doi.org/10.2351/1.5056464
View Articletitled, The international & European standard for safety of laser processing machines
PDF
ANSI B11.21: Draft American national standards institute (ANSI) standard for safety requirements of machine tools using lasers for processing materials
Thomas J. Lieb
LIACP 2018; 78-86https://doi.org/10.2351/1.5056465
View Articletitled, ANSI B11.21: Draft American national standards institute (ANSI) standard for safety requirements of machine tools using lasers for processing materials
PDF
Laser guarding: A new standard, a new approach
J. Michael Green
LIACP 2018; 87-95https://doi.org/10.2351/1.5056466
View Articletitled, Laser guarding: A new standard, a new approach
PDF
A proposal to replace words on IEC laser/LED labels with symbols
Robert Weiner; Georges Beguier
LIACP 2018; 96-103https://doi.org/10.2351/1.5056467
View Articletitled, A proposal to replace words on IEC laser/LED labels with symbols
PDF
American national standard for the safe use of optical fiber communications systems utilizing laser diodes and LED sources, ANSI Z136.1-1997
R. C. Petersen
LIACP 2018; 104-110https://doi.org/10.2351/1.5056386
View Articletitled, American national standard for the safe use of optical fiber communications systems utilizing laser diodes and LED sources, ANSI Z136.1-1997
PDF
Eye safety standards impacting infrared LED based communication
Joseph Tajnai
LIACP 2018; 111-114https://doi.org/10.2351/1.5056387
View Articletitled, Eye safety standards impacting infrared LED based communication
PDF

MEDICAL SESSION 3: NOVEL LASER PROCESSES IN MEDICAL DEVICES MANUFACTURING

Laser drilling micro-holes on a novel coronary drug delivery catheter
Jordan Bajor
LIACP 2018; 53-58https://doi.org/10.2351/1.5059752
View Articletitled, Laser drilling micro-holes on a novel coronary drug delivery catheter
PDF
Issues involved in laser marking of reusable surgical instruments
Thomas McDonald
LIACP 2018; 59-64https://doi.org/10.2351/1.5059753
View Articletitled, Issues involved in laser marking of reusable surgical instruments
PDF
Deposition of apatitic calcium phosphate coatings by Laser ablation
J. L. Arias; M. B. Mayor; F. J. García-Sanz; J. Pou; B. León; M. Pérez-Amor
LIACP 2018; 65-74https://doi.org/10.2351/1.5059754
View Articletitled, Deposition of apatitic calcium phosphate coatings by Laser ablation
PDF
New laser techniques for diagnosis and treatment of deep-seated brain lesions
Helen Anne Ward
LIACP 2018; 75-84https://doi.org/10.2351/1.5059755
View Articletitled, New laser techniques for diagnosis and treatment of deep-seated brain lesions
PDF
Laser inactivation of E. coli
Ian A. Watson; Glenn D. Ward; Ruikang K. Wang; Duncan E. Stewart-Tull; Alastair C. Wardlaw; C. B. Allen Yeo; Graham N. Armstrong; Alan Candlish; Elizabeth Hall
LIACP 2018; 85-94https://doi.org/10.2351/1.5059756
View Articletitled, Laser inactivation of <em>E. coli</em>
PDF

POSTER PRESENTATIONS

The shadowing effect in the laser treatment of port-wine stains modelled mathematically
John Dowden; Phiroze Kapadia
LIACP 2018; 95-102https://doi.org/10.2351/1.5059757
View Articletitled, The shadowing effect in the laser treatment of port-wine stains modelled mathematically
PDF
The application of laser beam to hyper heat the biotissue inside the body without its resection (I - Modeling)
V. S. Kovalenko; L. F. Golovko; Z. Kanso; C. L. Shneyder
LIACP 2018; 103-111https://doi.org/10.2351/1.5059744
View Articletitled, The application of laser beam to hyper heat the biotissue inside the body without its resection (I - Modeling)
PDF
Hot-needle hyperthermia applied to tumours in the breast analysed mathematically
Paul Whiting; Phiroze Kapadia; John Dowden
LIACP 2018; 113-122https://doi.org/10.2351/1.5059745
View Articletitled, Hot-needle hyperthermia applied to tumours in the breast analysed mathematically
PDF

SESSION 3: BIOEFFECTS

Ray-tracing the human eye model to assess injury potential for laser beam configurations
Howard J. Carter
LIACP 2018; 115-124https://doi.org/10.2351/1.5056388
View Articletitled, Ray-tracing the human eye model to assess injury potential for laser beam configurations
PDF
Experimental determination of retinal damages thresholds induced by multiple picosecond laser pulses
D. Courant; C. Naudy-Vivès; J.-C. Pérot; J. Garcia; D. Dormont
LIACP 2018; 125-131https://doi.org/10.2351/1.5056389
View Articletitled, Experimental determination of retinal damages thresholds induced by multiple picosecond laser pulses
PDF
Histological study of retinal damages induced by multiple picosecond pulses
D. Courant; P. Fritsch; C. Naudy-Vivès; H. Le Naour; J.-C. Pérot; J. Garcia; D. Dormont
LIACP 2018; 132-137https://doi.org/10.2351/1.5056390
View Articletitled, Histological study of retinal damages induced by multiple picosecond pulses
PDF
Epithelial damage thresholds for sequences of 80 ns pulses of 10.6 μm laser radiation
R. L. McCally; C. B. Bargeron
LIACP 2018; 138-143https://doi.org/10.2351/1.5056391
View Articletitled, Epithelial damage thresholds for sequences of 80 ns pulses of 10.6 μm laser radiation
PDF
Ophthalmoscopic and pathologic description of ocular damage induced by infrared laser radiation
Joseph A. Zuclich; Harry Zwick; Steven T. Schuschereba; Bruce E. Stuck; Frank E. Cheney
LIACP 2018; 144-153https://doi.org/10.2351/1.5056393
View Articletitled, Ophthalmoscopic and pathologic description of ocular damage induced by infrared laser radiation
PDF
Survey of bioeffects data and format of standard exposure boundaries
M. L. Wolbarsht
LIACP 2018; 154-158https://doi.org/10.2351/1.5056394
View Articletitled, Survey of bioeffects data and format of standard exposure boundaries
PDF
Ultrashort laser pulse bioeffects and safety
Benjamin A. Rockwell; Daniel X. Hammer; Richard A. Hopkins; Dale J. Payne; Cynthia A. Toth; William P. Roach; Jeffrey J. Druessel; Paul K. Kennedy; Rodney E. Amnotte; Brent Eilert; Shana Phillips; Gary D. Noojin; David J. Stolarski; Clarence Cain
LIACP 2018; 159-165https://doi.org/10.2351/1.5056395
View Articletitled, Ultrashort laser pulse bioeffects and safety
PDF
Bioeffects of near-infrared lasers
David J. Lund; Peter R. Edsall; Daniel R. Fuller; Stephen W. Hoxie
LIACP 2018; 166-174https://doi.org/10.2351/1.5056396
View Articletitled, Bioeffects of near-infrared lasers
PDF
Neural motor ocular strategies associated with the development of a pseudofovea following laser induced macular damage and artificial macular occlusion. Is the fovea replaceable?
Harry Zwick; James W. Ness; J. M. Molchany; B. E. Stuck; J. Loveday
LIACP 2018; 175-181https://doi.org/10.2351/1.5056397
View Articletitled, Neural motor ocular strategies associated with the development of a pseudofovea following laser induced macular damage and artificial macular occlusion. Is the fovea replaceable?
PDF
In-vivo laser-induced photoreceptor pathology and vascular pathophysiology in a small eye animal model
H. Zwick; W. R. Elliott; B. E. Stuck; D. J. Lund; S. T. Schuschereba; G. Li
LIACP 2018; 182-188https://doi.org/10.2351/1.5056398
View Articletitled, In-vivo laser-induced photoreceptor pathology and vascular pathophysiology in a small eye animal model
PDF
The last laser safety norms of the former Soviet union
G. I. Zheltov
LIACP 2018; 189-198https://doi.org/10.2351/1.5056399
View Articletitled, The last laser safety norms of the former Soviet union
PDF

SESSION 4: NON-BEAM HAZARDS

The danish part of EU:643 safety in the industrial applications of lasers (indal)
U. Siggaard; F. O. Olsen
LIACP 2018; 199-208https://doi.org/10.2351/1.5056400
View Articletitled, The danish part of EU:643 safety in the industrial applications of lasers (indal)
PDF
Air contaminants generated during laser processing of organic materials and protective measures
H. Haferkamp; F. von Alvensleben; D. Seebaum; M. Goede; T. Püster
LIACP 2018; 209-218https://doi.org/10.2351/1.5056402
View Articletitled, Air contaminants generated during laser processing of organic materials and protective measures
PDF
The indexed assessment of fumes generated by high power laser material processing
R. J. Roach; E. A. Raymond; J. R. Tyrer; B. L. Sharp
LIACP 2018; 219-228https://doi.org/10.2351/1.5056403
View Articletitled, The indexed assessment of fumes generated by high power laser material processing
PDF
Hazardous ultraviolet and blue-light emissions of CO2 laser beam welding
Karl Schulmeister; Ch. Schmitzer; K. Duftschmid; G. Liedl; K. Schröder; H. Brusl; N. Winker
LIACP 2018; 229-232https://doi.org/10.2351/1.5056404
View Articletitled, Hazardous ultraviolet and blue-light emissions of CO<sub>2</sub> laser beam welding
PDF
Characterization of emissions during laser processing and their removal by an integrated exhaust system
R. Dierken; H. W. Bergmann
LIACP 2018; 233-241https://doi.org/10.2351/1.5056405
View Articletitled, Characterization of emissions during laser processing and their removal by an integrated exhaust system
PDF
Integrated management methods for laser materials processing
M. Dahmen; S. Kaierle; E. W. Kreutz; R. Poprawe; U. Wolff
LIACP 2018; 242-251https://doi.org/10.2351/1.5056406
View Articletitled, Integrated management methods for laser materials processing
PDF
Workplace exposure during laser-machining
R. M. Klein; M. Dahmen; H. Pütz; C. Möhlmann; R. Schloms; W. Zschiesche
LIACP 2018; 252-261https://doi.org/10.2351/1.5056407
View Articletitled, Workplace exposure during laser-machining
PDF
Laser generated air contaminants released during laser cutting of fabrics and polymers
Max Kiefer; C. Eugene Moss
LIACP 2018; 262-268https://doi.org/10.2351/1.5056409
View Articletitled, Laser generated air contaminants released during laser cutting of fabrics and polymers
PDF
Industrial hygienic evaluation of emissions from laser processing
J. Bruch; B. Rehn; B. Hechler; W. Malkusch
LIACP 2018; 269-278https://doi.org/10.2351/1.5056410
View Articletitled, Industrial hygienic evaluation of emissions from laser processing
PDF

SESSION 5: MEASUREMENTS, GLOBAL ACCEPTANCE

Optical radiation detectors for laser measurements: Survey and tutorial
J. H. Lehman; T. R. Scott
LIACP 2018; 279-288https://doi.org/10.2351/1.5056411
View Articletitled, Optical radiation detectors for laser measurements: Survey and tutorial
PDF
An improved maximum permissible exposure meter (MPE) for safety assessments of laser radiation
D. A. Corder; D. R. Evans; J. R. Tyrer
LIACP 2018; 289-298https://doi.org/10.2351/1.5056412
View Articletitled, An improved maximum permissible exposure meter (MPE) for safety assessments of laser radiation
PDF
Eye safety classification of a diode laser rangefinder
James K. Franks; Dusan Zadravec
LIACP 2018; 299-301https://doi.org/10.2351/1.5056413
View Articletitled, Eye safety classification of a diode laser rangefinder
PDF
FDA certification of fiber optic devices used in telecommunications equipment
Jane Ehrgott
LIACP 2018; 302-310https://doi.org/10.2351/1.5056414
View Articletitled, FDA certification of fiber optic devices used in telecommunications equipment
PDF
A laser protective barrier testing method
R. James Rockwell, Jr.
LIACP 2018; 311-316https://doi.org/10.2351/1.5056415
View Articletitled, A laser protective barrier testing method
PDF
Laser product approvals in the European Union
Lou Feudi
LIACP 2018; 317-320https://doi.org/10.2351/1.5056416
View Articletitled, Laser product approvals in the European Union
PDF
Measuring method of infrared radiation of LED products (IEC1913)
Toshiharu Tako
LIACP 2018; 321-330https://doi.org/10.2351/1.5056417
View Articletitled, Measuring method of infrared radiation of LED products (IEC1913)
PDF
Compliance with safety and environmental standards for products using lasers and laser systems
H. David. Edmunds; Donald Wiedrich
LIACP 2018; 331-337https://doi.org/10.2351/1.5056418
View Articletitled, Compliance with safety and environmental standards for products using lasers and laser systems
PDF

SESSION 6: TRAINING PROGRAMS

The influence of training and education on the perception of laser safety
E. A. Raymond; J. R. Tyrer; J. B. O’Hagant; R. Hill
LIACP 2018; 338-347https://doi.org/10.2351/1.5056419
View Articletitled, The influence of training and education on the perception of laser safety
PDF
A standard for the safe use of lasers in educational institutions
Fred P. Seeber
LIACP 2018; 348-353https://doi.org/10.2351/1.5056420
View Articletitled, A standard for the safe use of lasers in educational institutions
PDF
Laser safety training options for industrial and laboratory environments
James F. Smith; Johnny E. Jones
LIACP 2018; 354-361https://doi.org/10.2351/1.5056421
View Articletitled, Laser safety training options for industrial and laboratory environments
PDF
The challenge of laser training at a world class facility: Laser training at Lawrence Berkeley National Laboratory
Ken Barat
LIACP 2018; 362-364https://doi.org/10.2351/1.5056423
View Articletitled, The challenge of laser training at a world class facility: Laser training at Lawrence Berkeley National Laboratory
PDF
Requirements & safety considerations for a laser lab in an educational institution
Prem Batra, Ph.D.
LIACP 2018; 365-372https://doi.org/10.2351/1.5056424
View Articletitled, Requirements &amp; safety considerations for a laser lab in an educational institution
PDF

SESSION 7: MEDICAL LASERS - OPERATIONAL POLICIES AND PRACTICES

Protection measures against the influences of laser plume in medical applications
Wolfgang Wöllmer
LIACP 2018; 373-382https://doi.org/10.2351/1.5056425
View Articletitled, Protection measures against the influences of laser plume in medical applications
PDF
Investigations of laser plume in medical applications
Wolfgang Wöllmer
LIACP 2018; 383-392https://doi.org/10.2351/1.5056426
View Articletitled, Investigations of laser plume in medical applications
PDF
New capture and collection technology - Assures removal of surgical smoke
Charles R. Yeh
LIACP 2018; 393-395https://doi.org/10.2351/1.5056427
View Articletitled, New capture and collection technology - Assures removal of surgical smoke
PDF
An extern laser ready warning lamp - Requirements and realization
Wolfgang Wöllmer
LIACP 2018; 396-401https://doi.org/10.2351/1.5056428
View Articletitled, An extern laser ready warning lamp - Requirements and realization
PDF
Reconstruction of an endotracheal laser accident - What do we learn from accidents?
Wolfgang Wöllmer; Wolfram Gorisch
LIACP 2018; 402-409https://doi.org/10.2351/1.5056429
View Articletitled, Reconstruction of an endotracheal laser accident - What do we learn from accidents?
PDF
Laser irradiation of photosensitized tissue in special consideration of laser- and photo-safety in photodynamic therapy (PDT)
E. Unsöld; T. G. Papazoglou; W. Wöllmer
LIACP 2018; 410-415https://doi.org/10.2351/1.5056430
View Articletitled, Laser irradiation of photosensitized tissue in special consideration of laser- and photo-safety in photodynamic therapy (PDT)
PDF
Testing methods for extra ocular patient eye covers
David W. Stefanovsky; Luis Ruiz; R. James Rockwell, Jr.
LIACP 2018; 416-424https://doi.org/10.2351/1.5056431
View Articletitled, Testing methods for extra ocular patient eye covers
PDF
Essentials for predictable CO2 laser micro-beam tissue interactions
Luis J. Ruiz
LIACP 2018; 425-427https://doi.org/10.2351/1.5056433
View Articletitled, Essentials for predictable CO<sub>2</sub> laser micro-beam tissue interactions
PDF
Testing to characterize the safety of convective air warming blankets in conjunction with laser surgery
Mark D. Worley
LIACP 2018; 428-436https://doi.org/10.2351/1.5056434
View Articletitled, Testing to characterize the safety of convective air warming blankets in conjunction with laser surgery
PDF

SESSION 8: LASER LIGHT SHOWS AND DISPLAYS

Assessing laser safety in the entertainment industry: A systematic approach
J. B. O’Hagan; J. R. Tyrer
LIACP 2018; 437-446https://doi.org/10.2351/1.5056435
View Articletitled, Assessing laser safety in the entertainment industry: A systematic approach
PDF
Examination of laser levels associated with flight hazards
Leon N. McLin, Jr; Kenneth S. Keppler
LIACP 2018; 447-456https://doi.org/10.2351/1.5056436
View Articletitled, Examination of laser levels associated with flight hazards
PDF
Current progress on ANSI Z136.6 standard for the safe use of lasers
Wesley J. Marshall
LIACP 2018; 457-462https://doi.org/10.2351/1.5056438
View Articletitled, Current progress on ANSI Z136.6 standard for the safe use of lasers
PDF
Comparison of divergence measurement techniques for laser light show application
Sheldon Zimmerman; Robert Aldrich
LIACP 2018; 463-470https://doi.org/10.2351/1.5056439
View Articletitled, Comparison of divergence measurement techniques for laser light show application
PDF
History of lasers in airspace
Greg Makhov
LIACP 2018; 471-475https://doi.org/10.2351/1.5056440
View Articletitled, History of lasers in airspace
PDF
Audience scanning displays and safety compliance
Greg Makhov
LIACP 2018; 476-482https://doi.org/10.2351/1.5056441
View Articletitled, Audience scanning displays and safety compliance
PDF
How can laser-aircraft illumination hazards be reduced?
Patrick Murphy
LIACP 2018; 483-492https://doi.org/10.2351/1.5056442
View Articletitled, How can laser-aircraft illumination hazards be reduced?
PDF
Is deliberate audience scanning unsafe?
Patrick Murphy
LIACP 2018; 493-502https://doi.org/10.2351/1.5056443
View Articletitled, Is deliberate audience scanning unsafe?
PDF

SESSION 9: HAZARD & RISK ANALYSIS

A practical approach to laser hazard evaluation and risk assessment
J. R. Tyrer; E. A. Raymond; L. H. Vassie; J. B. O’Hagant
LIACP 2018; 503-511https://doi.org/10.2351/1.5056444
View Articletitled, A practical approach to laser hazard evaluation and risk assessment
PDF
Optical radiation from two industrial laser stations
Anders Glansholm
LIACP 2018; 512-519https://doi.org/10.2351/1.5056445
View Articletitled, Optical radiation from two industrial laser stations
PDF
Risk assessment of optically aided viewing
David H. Sliney, Ph.D
LIACP 2018; 520-530https://doi.org/10.2351/1.5056446
View Articletitled, Risk assessment of optically aided viewing
PDF
Ray tracing of optical aids: Implications for ocular risk
Mark B. Ritter; Jean M. Trewhella
LIACP 2018; 531-539https://doi.org/10.2351/1.5056447
View Articletitled, Ray tracing of optical aids: Implications for ocular risk
PDF
Risk assessment of light emitting diodes
Werner Horak
LIACP 2018; 540-549https://doi.org/10.2351/1.5056448
View Articletitled, Risk assessment of light emitting diodes
PDF
Differences in risk perception between the fields of laser radiation and conventional incoherent radiation
Ernst W. Sutter
LIACP 2018; 550-559https://doi.org/10.2351/1.5056449
View Articletitled, Differences in risk perception between the fields of laser radiation and conventional incoherent radiation
PDF

SESSION 10: ACCIDENTS & INCIDENTS

Laser pointer causes eye injuries?!
Darrell Seeley
LIACP 2018; 560-563https://doi.org/10.2351/1.5056450
View Articletitled, Laser pointer causes eye injuries?!
PDF
Laser incidents: A review of recent events
R. James Rockwell, Jr.
LIACP 2018; 564-575https://doi.org/10.2351/1.5056451
View Articletitled, Laser incidents: A review of recent events
PDF
Accidental human retinal injuries by laser exposure: Implications to laser safety
Stuck Bruce E.; Harry Zwick; David J. Lund; David K. Scales; Donald A. Gagliano
LIACP 2018; 576-585https://doi.org/10.2351/1.5056452
View Articletitled, Accidental human retinal injuries by laser exposure: Implications to laser safety
PDF

SESSION 11: PROTECTIVE SYSTEMS & DEVICES

The role of the laser safety adviser in regulatory compliance
J. B. O’Hagan; R. Hill
LIACP 2018; 586-591https://doi.org/10.2351/1.5056453
View Articletitled, The role of the laser safety adviser in regulatory compliance
PDF
A standard operating procedure guide for laser use
Ken Barat
LIACP 2018; 592-597https://doi.org/10.2351/1.5056455
View Articletitled, A standard operating procedure guide for laser use
PDF
The Berkeley interlock for laser safety
Keith Gershon; Gary Peterson; Ken Barat
LIACP 2018; 598-600https://doi.org/10.2351/1.5056456
View Articletitled, The Berkeley interlock for laser safety
PDF
Area control methods for class 4 lasers
Ryan Hemmerle; R. James Rockwell, Jr.
LIACP 2018; 601-609https://doi.org/10.2351/1.5056457
View Articletitled, Area control methods for class 4 lasers
PDF
Laser beam control measures in the research setting
Ken Barat
LIACP 2018; 610-611https://doi.org/10.2351/1.5056458
View Articletitled, Laser beam control measures in the research setting
PDF
Induced transmittance of eye-protective laser filters
W. Koschinski; A. Schirmacher; E. Sutter
LIACP 2018; 612-621https://doi.org/10.2351/1.5056459
View Articletitled, Induced transmittance of eye-protective laser filters
PDF
High power laser beam delivery monitoring for laser safety
D. A. Corder; J. R. Tyrer; D. R. Evans; C. M. Freeland; J. K. Myler
LIACP 2018; 622-631https://doi.org/10.2351/1.5056460
View Articletitled, High power laser beam delivery monitoring for laser safety
PDF
EU643 “Safety in the industrial applications of lasers”: Results of the UK programme
J. Michael Green
LIACP 2018; 632-636https://doi.org/10.2351/1.5056461
View Articletitled, EU643 “Safety in the industrial applications of lasers”: Results of the UK programme
PDF
The laser safety program at Los Alamos National Laboratory
Ron Hyer
LIACP 2018; 637-641https://doi.org/10.2351/1.5056462
View Articletitled, The laser safety program at Los Alamos National Laboratory
PDF
The present state of the laser safety program in Samara region (Russia)
N. P. Fokina; P. A. Mikheyev; A. L. Petrov; G. N. Yagovkin
LIACP 2018; 642-643https://doi.org/10.2351/1.5056463
View Articletitled, The present state of the laser safety program in Samara region (Russia)
PDF

PART 1

Section A—New Developments

Laser and competing process technologies for microfabrication
Craig Friedrich; Rong Gu; Xinming Huang
LIACP 2018; A1-A10https://doi.org/10.2351/1.5059614
View Articletitled, Laser and competing process technologies for microfabrication
PDF
Micromachining of hard materials by nano- and picosecond laser radiation: Fundamentals and applications
J. Jandeleit; A. Horn; R. Weichenhain; E. W. Kreutz; R. Poprawe
LIACP 2018; A106-A113https://doi.org/10.2351/1.5059602
View Articletitled, Micromachining of hard materials by nano- and picosecond laser radiation: Fundamentals and applications
PDF
Successful 3-dimensional laserwelding of ceramics
Anne-Maria Nagel; H. Exner
LIACP 2018; A11-A20https://doi.org/10.2351/1.5059604
View Articletitled, Successful 3-dimensional laserwelding of ceramics
PDF
Improved surface quality of rotation symmetric structures by excimer laser micromachining
H. K. Tönshoff; C. Graumann; M. Rinke; P. Lonergan; J. Wais
LIACP 2018; A114-A121https://doi.org/10.2351/1.5059603
View Articletitled, Improved surface quality of rotation symmetric structures by excimer laser micromachining
PDF
High efficiency mask based laser materials processing with TEA-CO2 - and excimer laser
Jens Bastue; Flemming O. Olsen
LIACP 2018; A122-A130https://doi.org/10.2351/1.5059605
View Articletitled, High efficiency mask based laser materials processing with TEA-CO<sub>2</sub> - and excimer laser
PDF
Interaction of high power laser pulses on aluminum measured by photoacoustic method: Effects of wavelengths
Yoshiro Ito; Manabu Murayama; Yasushi Fukuzawa; Susumu Nakamura
LIACP 2018; A131-A138https://doi.org/10.2351/1.5059606
View Articletitled, Interaction of high power laser pulses on aluminum measured by photoacoustic method: Effects of wavelengths
PDF
Ultrafast lasers for materials microprocessing
X. Liu; X. Chen; W. T. Lotshaw
LIACP 2018; A139-A148https://doi.org/10.2351/1.5059607
View Articletitled, Ultrafast lasers for materials microprocessing
PDF
The latest YAG laser welding system – Development of hybrid yag laser welding technology
Takashi Ishide; Yoshio Hashimoto; Takashi Akada; Tadashi Nagashima; Shyoichi Hamada
LIACP 2018; A149-A156https://doi.org/10.2351/1.5059608
View Articletitled, The latest YAG laser welding system – Development of hybrid yag laser welding technology
PDF
Lightweight focusing head with fast and compact adaptive mirror
Martin Huonker; Martin Bea; Adolf Giesen; Helmut Hügel
LIACP 2018; A157-A166https://doi.org/10.2351/1.5059609
View Articletitled, Lightweight focusing head with fast and compact adaptive mirror
PDF
Spot size and effective focal length measurements for a fast axial flow CO2 laser
Robert J. Steele; Phillip W. Fuerschbach; Danny O. MacCallum
LIACP 2018; A167-A176https://doi.org/10.2351/1.5059610
View Articletitled, Spot size and effective focal length measurements for a fast axial flow CO<sub>2</sub> laser
PDF
Turbo-cooled® opticalassemblies: A new transmissive optical design for very high power industrial CO2 lasers
Frank B. Foote; Teddi von Der Ahe; Jack Evanecky
LIACP 2018; A177-A186https://doi.org/10.2351/1.5059611
View Articletitled, Turbo-cooled<sup>®</sup> opticalassemblies: A new transmissive optical design for very high power industrial CO<sub>2</sub> lasers
PDF
New UV lasers for material processing in industrial applications
Heinrich Endert; Michael Scaggs; Dirk Basting; Uwe Stamm
LIACP 2018; A187-A196https://doi.org/10.2351/1.5059612
View Articletitled, New UV lasers for material processing in industrial applications
PDF
Laser optical quality
William P. Latham; Aravinda Kar
LIACP 2018; A197-A206https://doi.org/10.2351/1.5059613
View Articletitled, Laser optical quality
PDF
Minimising the focus spot size from a 15 watt laser diode array
Alf Piening; Ian A. Watson
LIACP 2018; A207-A215https://doi.org/10.2351/1.5059615
View Articletitled, Minimising the focus spot size from a 15 watt laser diode array
PDF
New materials development method – Development of functional gradient materials by laser beam
To Hoon Kim
LIACP 2018; A21-A30https://doi.org/10.2351/1.5059617
View Articletitled, New materials development method – Development of functional gradient materials by laser beam
PDF
Very narrow welds and cuts using high quality photolytic iodine laser beam
P. R. Cunningham; L. A. Baros
LIACP 2018; A216-A225https://doi.org/10.2351/1.5059616
View Articletitled, Very narrow welds and cuts using high quality photolytic iodine laser beam
PDF
Study on enhancing methods to 5.5kW total average power by combining YAG laser beams and their materials processing characteristics
Hiroshi Miura; Shigeki Fujinaga; Toru Narikiyo; Akira Ohmori
LIACP 2018; A226-A235https://doi.org/10.2351/1.5059618
View Articletitled, Study on enhancing methods to 5.5kW total average power by combining YAG laser beams and their materials processing characteristics
PDF
Oscillator-fiber-amplifier arrangement to scale Nd:YAG-lasers in the multi kW-range
Th. Beck; H. Alder; G. Bostanjoglo; K. Richter; H. Weber
LIACP 2018; A236-A243https://doi.org/10.2351/1.5059619
View Articletitled, Oscillator-fiber-amplifier arrangement to scale Nd:YAG-lasers in the multi kW-range
PDF
Gas requirements and adequate supply systems for CO2 and excimer lasers
Joe Berkmanns; Ed Warzyniec
LIACP 2018; A244-A250https://doi.org/10.2351/1.5059620
View Articletitled, Gas requirements and adequate supply systems for CO<sub>2</sub> and excimer lasers
PDF
Finite element modeling of laser forming
Yung-Chin Hsiao; Hideki Shimizu; Lee Firth; Warren Maher; Koichi Masubuchi
LIACP 2018; A31-A40https://doi.org/10.2351/1.5059621
View Articletitled, Finite element modeling of laser forming
PDF
A novel anti-spatter technique for laser drilling: Applications to surface texturing
C. M. Sharp; R. E. Mueller; J. Murthy; M. H. McCay; John Cutcher
LIACP 2018; A41-A50https://doi.org/10.2351/1.5059622
View Articletitled, A novel anti-spatter technique for laser drilling: Applications to surface texturing
PDF
Abrasive laser machining
L. Li; J. H. Kim; M. H. Abdul Shukor; H. Jennings
LIACP 2018; A51-A60https://doi.org/10.2351/1.5059623
View Articletitled, Abrasive laser machining
PDF
Laser induction welding of hardenable steels
B. Brenner; R. A. Gnann; C. Duschek; T. Lynen; E. Beyer
LIACP 2018; A61-A70https://doi.org/10.2351/1.5059624
View Articletitled, Laser induction welding of hardenable steels
PDF
Mechanism of droplet formation during pulsed laser micro-machining
David A. Willis; Xianfan Xu; Chie C. Poon; Andrew C. Tam
LIACP 2018; A71-A80https://doi.org/10.2351/1.5059625
View Articletitled, Mechanism of droplet formation during pulsed laser micro-machining
PDF
High pulse repetition frequency ultra violet laser micro-machining of polymers and glasses
Elizabeth K. Illy; John M. Tocher; James A. Piper
LIACP 2018; A81-A90https://doi.org/10.2351/1.5059626
View Articletitled, High pulse repetition frequency ultra violet laser micro-machining of polymers and glasses
PDF
300 watt Nd:YAG laser delivery through single-mode optical fibres for micro-machining applications
Duncan P. Hand; Julian D. C Jones
LIACP 2018; A91-A98https://doi.org/10.2351/1.5059627
View Articletitled, 300 watt Nd:YAG laser delivery through single-mode optical fibres for micro-machining applications
PDF
Gear cutting with YAG laser beam
Toshiyuki Miyazaki; Yoshihiro Tanaka; Tsuyoshi Tokunaga; Shunro Yoshioka
LIACP 2018; A99-A105https://doi.org/10.2351/1.5059628
View Articletitled, Gear cutting with YAG laser beam
PDF

Section B—Cutting & Drilling

Laser dismantling with a compact all-diffractive optical system
Bernard Kress; Ghandy Tahmouch; Patrick Meyrueis; Jean-Paul Grandjean
LIACP 2018; B1-B8https://doi.org/10.2351/1.5059633
View Articletitled, Laser dismantling with a compact all-diffractive optical system
PDF
Precision drilling with a high-brightness unstable Nd:YAG laser resonator using a new birefringence compensation scheme
G. Bostanjoglo; Th. Pachale; Th. Beck; H. Weber
LIACP 2018; B100-B108https://doi.org/10.2351/1.5059629
View Articletitled, Precision drilling with a high-brightness unstable Nd:YAG laser resonator using a new birefringence compensation scheme
PDF
The influence of different assisting gases in the Nd:YAG laser drilling of slate
F. Lusquiños; J. Pou; M. Larosi; R. Soto; M. Pérez-Amor
LIACP 2018; B109-B117https://doi.org/10.2351/1.5059630
View Articletitled, The influence of different assisting gases in the Nd:YAG laser drilling of slate
PDF
Design of supersonic nozzle for laser cutting with high pressure gas
H. C. Man; J. Duan; T. M. Yue; P. Dong
LIACP 2018; B118-B127https://doi.org/10.2351/1.5059631
View Articletitled, Design of supersonic nozzle for laser cutting with high pressure gas
PDF
Thick plate cutting with spinning laser beam
Takeji Arai; Steve Riches
LIACP 2018; B19-B26https://doi.org/10.2351/1.5059632
View Articletitled, Thick plate cutting with spinning laser beam
PDF
Behaviour of supersonic and subsonic gas jets inside laser cut kerfs
H. C. Man; J. Duan; T. M. Yue
LIACP 2018; B27-B36https://doi.org/10.2351/1.5059634
View Articletitled, Behaviour of supersonic and subsonic gas jets inside laser cut kerfs
PDF
Numerical simulation of oxidation effects in laser cutting of mild steels
Kai Chen; Y. Lawrence Yao
LIACP 2018; B37-B45https://doi.org/10.2351/1.5059635
View Articletitled, Numerical simulation of oxidation effects in laser cutting of mild steels
PDF
The use of high resolution thermography in control and analysis of laser beam cutting of mild steel
Antti Salminen; Jukka Varrio; Veli-Pekka Immonen; Pekka Nissilä
LIACP 2018; B46-B53https://doi.org/10.2351/1.5059636
View Articletitled, The use of high resolution thermography in control and analysis of laser beam cutting of mild steel
PDF
Measurement of the cutting performance of a high beam quality chemical oxygen-iodine laser on aerospace and industrial materials
James A. Rothenflue; Aravinda Kar; David L. Carroll; William P. Latham
LIACP 2018; B54-B62https://doi.org/10.2351/1.5059637
View Articletitled, Measurement of the cutting performance of a high beam quality chemical oxygen-iodine laser on aerospace and industrial materials
PDF
Laser drilling of epoxy-glass printed circuit boards
Shozui Takeno; Masaharu Moriyasu; Masaki Kuzumoto
LIACP 2018; B63-B72https://doi.org/10.2351/1.5059638
View Articletitled, Laser drilling of epoxy-glass printed circuit boards
PDF
Drilling of ceramics and polymers by diode pumped solid state lasers
R. Weichenhain; J. Jandeleit; A. Horn; E. W. Kreutz; R. Poprawe
LIACP 2018; B73-B80https://doi.org/10.2351/1.5059639
View Articletitled, Drilling of ceramics and polymers by diode pumped solid state lasers
PDF
Numerical simulation of hole profile in high beam intensity laser drilling
V. Semak; X. Chen; K. Mundra; Junlong Zhao
LIACP 2018; B81-B89https://doi.org/10.2351/1.5059640
View Articletitled, Numerical simulation of hole profile in high beam intensity laser drilling
PDF
Metallurgical effects induced by laser cutting: Experimental and theoretical investigation
E. Abdulhadi; J-M. Pelletier; M. Lambertin
LIACP 2018; B9-B18https://doi.org/10.2351/1.5059642
View Articletitled, Metallurgical effects induced by laser cutting: Experimental and theoretical investigation
PDF
Transient elastic and viscoelastic thermal stresses during laser drilling of ceramics
Michael F. Modest
LIACP 2018; B90-B99https://doi.org/10.2351/1.5059641
View Articletitled, Transient elastic and viscoelastic thermal stresses during laser drilling of ceramics
PDF

Section C—Process, Modeling & Control

Capabilities of infrared weld monitor
P. G. Sanders; J. S. Keske; G. Kornecki; K. H. Leong
LIACP 2018; C1-C10https://doi.org/10.2351/1.5059655
View Articletitled, Capabilities of infrared weld monitor
PDF
Temperature measurements of a laser induced plume by emission spectroscopy
Hideo Iwamoto; Nobuhiro Aya; Seisuke Kano; Hirohumi Shimura; Naoki Ichikawa; Yuji Enomoto
LIACP 2018; C103-C111https://doi.org/10.2351/1.5059643
View Articletitled, Temperature measurements of a laser induced plume by emission spectroscopy
PDF
A technique for melt pool oscillation monitoring during laser spot welding
V. Semak; J. A. Hopkins; M. H. McCay
LIACP 2018; C11-C20https://doi.org/10.2351/1.5059645
View Articletitled, A technique for melt pool oscillation monitoring during laser spot welding
PDF
Measurement of transient electric charge signals induced by a laser plasma plume
Seisuke Kano; Yuji Enomoto; Nobuhiro Aya; Naoki Ichikawa; Hirofumi Shimura; Hideo Iwamoto
LIACP 2018; C112-C121https://doi.org/10.2351/1.5059644
View Articletitled, Measurement of transient electric charge signals induced by a laser plasma plume
PDF
Intelligent control for a laser fabric cutting system
Robert Dworkowski; Peter Wojcik
LIACP 2018; C122-C129https://doi.org/10.2351/1.5059646
View Articletitled, Intelligent control for a laser fabric cutting system
PDF
Laser ablation rates of metals for 248nm experimental verification of an evaporation model
Chris Z. Meijer; Johan Meijer
LIACP 2018; C130-C139https://doi.org/10.2351/1.5059647
View Articletitled, Laser ablation rates of metals for 248nm experimental verification of an evaporation model
PDF
Energy requirements for ablation or decomposition of ceramics during CO2 and Nd:YAG laser machining
Z. Zhang; M. F. Modest
LIACP 2018; C140-C149https://doi.org/10.2351/1.5059648
View Articletitled, Energy requirements for ablation or decomposition of ceramics during CO<sub>2</sub> and Nd:YAG laser machining
PDF
Computer simulation on laser ablation of fcc metal with modified molecular dynamics
Ichirou Fukumoto; Etsuji Ohmura; Isamu Miyamoto
LIACP 2018; C150-C158https://doi.org/10.2351/1.5059649
View Articletitled, Computer simulation on laser ablation of fcc metal with modified molecular dynamics
PDF
Mathematical modeling of evaporative removal of materials using high energy laser beam
N. R. Pedanekar; B. Basu; Pradip Majumdar
LIACP 2018; C159-C168https://doi.org/10.2351/1.5059650
View Articletitled, Mathematical modeling of evaporative removal of materials using high energy laser beam
PDF
Diffusion controlled and convection dominated vaporization
Cho Lik Chan
LIACP 2018; C169-C178https://doi.org/10.2351/1.5059651
View Articletitled, Diffusion controlled and convection dominated vaporization
PDF
Modeling of dynamical processes in laser induced plasma
Srikanth Sankaranarayanan; Aravinda Kar
LIACP 2018; C179-C188https://doi.org/10.2351/1.5059652
View Articletitled, Modeling of dynamical processes in laser induced plasma
PDF
Prediction of microstructures in laser materials processing
W. Guo; A. Kar
LIACP 2018; C189-C197https://doi.org/10.2351/1.5059653
View Articletitled, Prediction of microstructures in laser materials processing
PDF
Thermohydrodynamics analysis of molten pool in laser texturing and laser welding
Yoshiaki Oguni; Hideaki Hayashi; Etsuji Ohmura; Isamu Miyamoto; Hiroki Hara; Naoki Inoue
LIACP 2018; C198-C205https://doi.org/10.2351/1.5059654
View Articletitled, Thermohydrodynamics analysis of molten pool in laser texturing and laser welding
PDF
A mathematical model of the use of a high-power laser to provide an electrical path of low resistance
John Dowden; Phiroze Kapadia
LIACP 2018; C206-C215https://doi.org/10.2351/1.5059656
View Articletitled, A mathematical model of the use of a high-power laser to provide an electrical path of low resistance
PDF
Application of vision to laser welding: Increase of operating tolerances using beam-oscillation and filler-wire
F. Coste; R. Fabbro; L. Sabatier
LIACP 2018; C21-C29https://doi.org/10.2351/1.5059658
View Articletitled, Application of vision to laser welding: Increase of operating tolerances using beam-oscillation and filler-wire
PDF
Numerical analysis of transient heat transfer and temperature response in a metal during a laser irradiation
Naoki Ichikawa; Masaki Misawa; Seisuke Kano; Nobuhiro Aya; Hideo Iwamoto; Yuji Enomoto
LIACP 2018; C216-C225https://doi.org/10.2351/1.5059657
View Articletitled, Numerical analysis of transient heat transfer and temperature response in a metal during a laser irradiation
PDF
Investigation of acoustic monitoring in the laser cleaning of copper
J. M. Lee; K. G. Watkins; A. Kearns; W. M. Steen; J. D. Ryan; P. C. Russell
LIACP 2018; C226-C234https://doi.org/10.2351/1.5059659
View Articletitled, Investigation of acoustic monitoring in the laser cleaning of copper
PDF
On-line monitoring of penetration depth in laser beam welding
J. Beersiek; R. Poprawe; W. Schulz; Hongping Gu; R. E. Mueller; W. W. Duley
LIACP 2018; C30-C39https://doi.org/10.2351/1.5059660
View Articletitled, On-line monitoring of penetration depth in laser beam welding
PDF
Discrete signal components in optical emission during keyhole welding
Hongping Gu; W. W. Duley
LIACP 2018; C40-C46https://doi.org/10.2351/1.5059661
View Articletitled, Discrete signal components in optical emission during keyhole welding
PDF
Comparison of ultrasonic weld-width measurement and optical weld-depth monitoring in laser sleeve welding
Chin-Man Chung; Min-Suk Kim; Cheol-Jung Kim
LIACP 2018; C47-C56https://doi.org/10.2351/1.5059662
View Articletitled, Comparison of ultrasonic weld-width measurement and optical weld-depth monitoring in laser sleeve welding
PDF
Predictive maintenance of an industrial laser using statistical process control charting
James G. Katter; Jay F. Tu; Lawrence E. Monacelli; Mark Gartner
LIACP 2018; C57-C66https://doi.org/10.2351/1.5059663
View Articletitled, Predictive maintenance of an industrial laser using statistical process control charting
PDF
Automatic optimization of focal point position in CO2 laser welding with neural network in a focus control system
Hui Gong; Flemming O. Olsen
LIACP 2018; C67-C74https://doi.org/10.2351/1.5059664
View Articletitled, Automatic optimization of focal point position in CO<sub>2</sub> laser welding with neural network in a focus control system
PDF
Auto-focus control with optical monitoring using chromatic aberration of focusing optics in laser welding
Cheol-Jung Kim; Min-Suk Kim; Chin-Man Chung
LIACP 2018; C75-C84https://doi.org/10.2351/1.5059665
View Articletitled, Auto-focus control with optical monitoring using chromatic aberration of focusing optics in laser welding
PDF
Process control applied to laser surface remelting
H. Derouet; L. Sabatier; F. Coste; R. Fabbro
LIACP 2018; C85-C92https://doi.org/10.2351/1.5059666
View Articletitled, Process control applied to laser surface remelting
PDF
Plasma spectroscopy in rapid manufacturing: Copper, titanium, aluminum, steel
Franz-Josef Kahlen; Aravinda Kar
LIACP 2018; C93-C102https://doi.org/10.2351/1.5059667
View Articletitled, Plasma spectroscopy in rapid manufacturing: Copper, titanium, aluminum, steel
PDF

Section D—Laser Safety

Filtration of laser generated air contaminants
H. Haferkamp; Fr. -W. Bach; D. Seebaum; M. Goede
LIACP 2018; D1-D10https://doi.org/10.2351/1.5059670
View Articletitled, Filtration of laser generated air contaminants
PDF
Safety enclosures for laser cells
M. Dahmen; M. Alunovic; E. W. Kreutz; P. Schreiber
LIACP 2018; D11-D18https://doi.org/10.2351/1.5059668
View Articletitled, Safety enclosures for laser cells
PDF
Safety recommendations of laser pointers
R. James Rockwell, Jr.; William J. Ertle; C. Eugene Moss
LIACP 2018; D19-D29https://doi.org/10.2351/1.5059669
View Articletitled, Safety recommendations of laser pointers
PDF

PART 2

Section E—Laser Systems & Applications

Autonomous production cells in laser materials processing - A visionary approach
S. Kaierle; M. Dahmen; E. W. Kreutz; R. Poprawe
LIACP 2018; E1-E10https://doi.org/10.2351/1.5059682
View Articletitled, Autonomous production cells in laser materials processing - A visionary approach
PDF
High speed characterisation of laser percusion-drilled holes
John Kamalu; Colin McIntyre
LIACP 2018; E103-E112https://doi.org/10.2351/1.5059671
View Articletitled, High speed characterisation of laser percusion-drilled holes
PDF
Study on high quality welding of thick plates with a 50kW CO2 laser processing system
Naoaki Fukuda; Toshifumi Matsumoto; Yasuo Kondo; Akira Ohmori; Katsunori Inoue; Yoshiaki Arata
LIACP 2018; E11-E20https://doi.org/10.2351/1.5059673
View Articletitled, Study on high quality welding of thick plates with a 50kW CO<sub>2</sub> laser processing system
PDF
Percussion drilling with high power Nd:YAG lasers
Martien H. H. van Dijk; Eric P. A. Heeren; Jan-Eric Rubingh; Peter H. L. Hafkamp
LIACP 2018; E113-E122https://doi.org/10.2351/1.5059672
View Articletitled, Percussion drilling with high power Nd:YAG lasers
PDF
Machining of composites with high intensity solid state lasers
Xiangli Chen; William T. Lotshaw; Angel L. Ortiz; P. Randall Staver; Michael H. McLaughlin
LIACP 2018; E123-E127https://doi.org/10.2351/1.5059674
View Articletitled, Machining of composites with high intensity solid state lasers
PDF
An analytical model for laser fusion cutting of metals
Kwok-On Tong
LIACP 2018; E128-E137https://doi.org/10.2351/1.5059675
View Articletitled, An analytical model for laser fusion cutting of metals
PDF
Cutting of composites by pulsed green laser beams
Warren Maher
LIACP 2018; E138-E147https://doi.org/10.2351/1.5059676
View Articletitled, Cutting of composites by pulsed green laser beams
PDF
Holographic characterization of the dynamic structure of a graphite-epoxy composite missile flight control assembly
Howard Fein
LIACP 2018; E148-E155https://doi.org/10.2351/1.5059677
View Articletitled, Holographic characterization of the dynamic structure of a graphite-epoxy composite missile flight control assembly
PDF
Laser forming of aerospace alloys
J. Magee; K. G. Watkins; W. M. Steen; N. J. Calder; J. Sidhu; J. Kirby
LIACP 2018; E156-E165https://doi.org/10.2351/1.5059678
View Articletitled, Laser forming of aerospace alloys
PDF
Characterization of ZnSe aspheric lens
Keiji Ebata; Manabu Shiozaki; Keiji Fuse; Tatsuya Kyotani
LIACP 2018; E166-E175https://doi.org/10.2351/1.5059679
View Articletitled, Characterization of ZnSe aspheric lens
PDF
The influence of stephan current on characteristics of heterogeneous burning of carbon particle in the laser radiation field
V. V. Kalinchak; S. G. Orlovskaya; A. V. Mandel
LIACP 2018; E176-E184https://doi.org/10.2351/1.5059680
View Articletitled, The influence of stephan current on characteristics of heterogeneous burning of carbon particle in the laser radiation field
PDF
PLD of tantalum-oxide films using 5%-ozone gas
Takanori Hino; Salim Mustofa; Hiroki Mitsumoto; Minoru Nishida; Takao Araki; Toshihiko Ooie; Tetsuo Yano; Masafumi Yoneda; Munehide Katsumura
LIACP 2018; E185-E192https://doi.org/10.2351/1.5059681
View Articletitled, PLD of tantalum-oxide films using 5%-ozone gas
PDF
An automatic teaching system for laser welding machine
Yasuyuki Okudaira; Kyousei Kan; Tetsuya Okamura
LIACP 2018; E21-E30https://doi.org/10.2351/1.5059683
View Articletitled, An automatic teaching system for laser welding machine
PDF
High efficiency laser machining system with a holographic optical element
T. Yamamoto; Y. Saitoh; T. Sasagawa; M. Inoue; Y. Sato
LIACP 2018; E31-E38https://doi.org/10.2351/1.5059684
View Articletitled, High efficiency laser machining system with a holographic optical element
PDF
Novel configurations for multi-kW YAG lasers and aluminium welding with a 6 kW Nd:YAG laser
G. Bostanjoglo; Th. Beck; K. Richter; H. Alder; H. Weber
LIACP 2018; E39-E46https://doi.org/10.2351/1.5059685
View Articletitled, Novel configurations for multi-kW YAG lasers and aluminium welding with a 6 kW Nd:YAG laser
PDF
Advances in copper lasers for micromachining
M. R. H. Knowles; A. I. Bell; G. Rutterford; G. Foster-Turner; A. J. Kearsley
LIACP 2018; E47-E51https://doi.org/10.2351/1.5059686
View Articletitled, Advances in copper lasers for micromachining
PDF
The opportunities to use laser technology in the object “shelter” of the Chernobyl atomic station
Volodymyr Kovalenko; Mykola Anyakin; Yuriy Karpachov
LIACP 2018; E52-E58https://doi.org/10.2351/1.5059687
View Articletitled, The opportunities to use laser technology in the object “shelter” of the Chernobyl atomic station
PDF
New ion source using laser ablation
Toshihiko Ooie; Tetsuo Yano; Masafumi Yoneda; Munehide Katsumura
LIACP 2018; E59-E65https://doi.org/10.2351/1.5059688
View Articletitled, New ion source using laser ablation
PDF
Laser thermal forming of sheet metal parts using desktop laser systems
R. J. Blake; R. M. Pearson; A. B. Revell; W. E. Simon, PhD
LIACP 2018; E66-E75https://doi.org/10.2351/1.5059689
View Articletitled, Laser thermal forming of sheet metal parts using desktop laser systems
PDF
Stress analysis in rapid manufacturing
Franz-Josef Kahlen; Aravinda Kar; Tom Watkins; C. Burl
LIACP 2018; E76-E83https://doi.org/10.2351/1.5059690
View Articletitled, Stress analysis in rapid manufacturing
PDF
Laser step shaping for laminated object manufacturing parts
P. Erasenthiran; R. Ball; C. Jungreuthmayer; W. O’Neill; W. M. Steen
LIACP 2018; E84-E92https://doi.org/10.2351/1.5059691
View Articletitled, Laser step shaping for laminated object manufacturing parts
PDF
Laser beam drilling applications in novel materials for the aircraft industry
Th. Beck; G. Bostanjoglo; N. Kugler; K. Richter; H. Weber
LIACP 2018; E93-E102https://doi.org/10.2351/1.5059692
View Articletitled, Laser beam drilling applications in novel materials for the aircraft industry
PDF

Section F—Surface Modification—Experimental

Mechanism of dilution in laser cladding with powder feeding
Isamu Miyamoto; Satoshi Fujimori; Katsuhito Itakura
LIACP 2018; F1-F10https://doi.org/10.2351/1.5059700
View Articletitled, Mechanism of dilution in laser cladding with powder feeding
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Corrosion resistance of alloy 600 surface-alloyed by laser beam
Jin Koog Shin; Jeong Hun Suh; Joung Soo Kim; Suk-Joong L. Kang
LIACP 2018; F108-F117https://doi.org/10.2351/1.5059693
View Articletitled, Corrosion resistance of alloy 600 surface-alloyed by laser beam
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Laser cladding of pre-placed stellite SF6 powder with a pulsed Nd:YAG laser and optical fibres
M. Brandt; S. B. Emms; D. A. Scott; Y. Fangstrom; G. Johansson; A. Ivarson; H. Engstrom
LIACP 2018; F11-F20https://doi.org/10.2351/1.5059696
View Articletitled, Laser cladding of pre-placed stellite SF6 powder with a pulsed Nd:YAG laser and optical fibres
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Morphology of laser treated polycrystalline α - Al2O3
L. Shepeleva; B. Medres; W. D. Kaplan; M. Bamberger; C. M. Sharp; M. H. McCay; T. D. McCay
LIACP 2018; F118-F127https://doi.org/10.2351/1.5059694
View Articletitled, Morphology of laser treated polycrystalline α - Al<sub>2</sub>O<sub>3</sub>
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Microstructure of laser-induced surface-alloyed α-Fe
G. Dehm; C. Scheu; M. Bamberger; G. Sundararajan
LIACP 2018; F128-F137https://doi.org/10.2351/1.5059697
View Articletitled, Microstructure of laser-induced surface-alloyed α-Fe
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Wear and impact resistance of laser cladding steel for die cutting application
Yu Zhang; Tzyh-Chyang Cherng; Yuan Xiangkai; Zeng Xianghua
LIACP 2018; F138-F147https://doi.org/10.2351/1.5059698
View Articletitled, Wear and impact resistance of laser cladding steel for die cutting application
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Compact waveguide carbon dioxide array lasers and beam reformatting techniques for laser surface treatment applications
F. Villarreal; R. Abram; P. Blair; D. R. Jones; M. R. Taghizadeh; H. J. Baker; D. R. Hall
LIACP 2018; F148-F155https://doi.org/10.2351/1.5059699
View Articletitled, Compact waveguide carbon dioxide array lasers and beam reformatting techniques for laser surface treatment applications
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Gas-powder laser cladding with electro-magnetic agitation
Volodymyr S. Kovalenko; Anatoly M. Lutay; Mykola S. Anyakin; Zraidi Mounir
LIACP 2018; F21-F26https://doi.org/10.2351/1.5059701
View Articletitled, Gas-powder laser cladding with electro-magnetic agitation
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Aluminium flame deposition
J. Gilkes; G. J. Shannon; K. G. Watkins; P. Brown; W. M. Steen
LIACP 2018; F27-F36https://doi.org/10.2351/1.5059702
View Articletitled, Aluminium flame deposition
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Laser surface cladding of aluminium with oxide ceramics
Steffen Nowotny; Anne Müller; Anja Techel; Ulrich Franz
LIACP 2018; F37-F44https://doi.org/10.2351/1.5059703
View Articletitled, Laser surface cladding of aluminium with oxide ceramics
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Investigation of convective behaviour of the melt pool for coinage applications of laser surface alloying
Z. Liu; K. G. Watkins; W. M. Steen; P. G. Hatherley
LIACP 2018; F45-F54https://doi.org/10.2351/1.5059704
View Articletitled, Investigation of convective behaviour of the melt pool for coinage applications of laser surface alloying
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Visualization of dynamic melting pool behavior
H. Haferkamp; F. von Alvensleben; D. Seebaum; O. Thürk
LIACP 2018; F55-F64https://doi.org/10.2351/1.5059705
View Articletitled, Visualization of dynamic melting pool behavior
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Material removal in pulsed laser deposition (PLD) with Q-switch CO2-lasers
A. Husmann; M. Aden; E. W. Kreutz; R. Poprawe
LIACP 2018; F65-F74https://doi.org/10.2351/1.5059706
View Articletitled, Material removal in pulsed laser deposition (PLD) with Q-switch CO<sub>2</sub>-lasers
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CO2 laser cleaning of tyre mould microvents
M. Brandt; D. A. Scott
LIACP 2018; F75-F82https://doi.org/10.2351/1.5059707
View Articletitled, CO<sub>2</sub> laser cleaning of tyre mould microvents
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Development of a continuous laser hardening method without tempering zone
Hiroyuki Yamamoto; Katsuhiro Minamida; Masashi Oikawa; Motoi Kido; Hiromichi Kawasumi
LIACP 2018; F83-F90https://doi.org/10.2351/1.5059708
View Articletitled, Development of a continuous laser hardening method without tempering zone
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Surface thermal treatment of die cutting plate using CO2 laser
Shigeru Nagasawa; Yasushi Fukuzawa; Yoshiro Ito; Makoto Abe; Isamu Katayama; Akinori Yoshizawa
LIACP 2018; F91-F97https://doi.org/10.2351/1.5059709
View Articletitled, Surface thermal treatment of die cutting plate using CO<sub>2</sub> laser
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Cavitation erosion and corrosion behaviour of laser surface melted 316L stainless steel
C. T. Kwok; F. T. Cheng; H. C. Man
LIACP 2018; F98-F107https://doi.org/10.2351/1.5059710
View Articletitled, Cavitation erosion and corrosion behaviour of laser surface melted 316L stainless steel
PDF

Section G—Welding

Predicting threshold laser beam irradiances for melting and welding
K. H. Leong; H. K. Geyer; K. R. Sabo; P. G. Sanders
LIACP 2018; G1-G8https://doi.org/10.2351/1.5059723
View Articletitled, Predicting threshold laser beam irradiances for melting and welding
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Flexible laser beam welding of aluminium alloys for innovative light constructions
K. Behler; A. Ehrhardt; W. Frohn; R. Poprawe; C. M. Sonsino; W. Ritter; R. Frielink
LIACP 2018; G103-G112https://doi.org/10.2351/1.5059711
View Articletitled, Flexible laser beam welding of aluminium alloys for innovative light constructions
PDF
Nd:YAG laser lap welding of coated aluminium alloys
T. Forsman; J. Powell; C. Magnusson
LIACP 2018; G113-G120https://doi.org/10.2351/1.5059712
View Articletitled, Nd:YAG laser lap welding of coated aluminium alloys
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Laser shock welding
D. Farson; K. R. Kim; D. White
LIACP 2018; G121-G129https://doi.org/10.2351/1.5059713
View Articletitled, Laser shock welding
PDF
Seam welding of A3003 aluminum alloy using high-brightness pulsed slab YAG laser
T. Nakamura; T. Togawa; K. Okino; S. Watanabe; K. Washio
LIACP 2018; G130-G139https://doi.org/10.2351/1.5059714
View Articletitled, Seam welding of A3003 aluminum alloy using high-brightness pulsed slab YAG laser
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The characteristics of laser beam welded magnesium alloys
H. Haferkamp; F. von Alvensleben; I. Burmester; M. Niemeyer
LIACP 2018; G140-G149https://doi.org/10.2351/1.5059715
View Articletitled, The characteristics of laser beam welded magnesium alloys
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Laser welding of mullite ceramics
C. Riviere; M. Robin; J. M. Pelletier; G. Fantozzi; M. Lambertin
LIACP 2018; G150-G154https://doi.org/10.2351/1.5059716
View Articletitled, Laser welding of mullite ceramics
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Dynamic observation of high speed laser-arc combination welding of thick steel plates
Nobuyuki Abe; Yasushi Kunugita; Masakazu Hayashi; Yoshiaki Tsuchitani
LIACP 2018; G155-G163https://doi.org/10.2351/1.5059717
View Articletitled, Dynamic observation of high speed laser-arc combination welding of thick steel plates
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Absorption in the keyhole
E. A. Metzbower
LIACP 2018; G16-G25https://doi.org/10.2351/1.5059719
View Articletitled, Absorption in the keyhole
PDF
Laser welding of cold-rolled steel sheets
J. Xie; A. Kar
LIACP 2018; G164-G170https://doi.org/10.2351/1.5059718
View Articletitled, Laser welding of cold-rolled steel sheets
PDF
Laser welding of copper to stainless steel
Conny Lampa; John Powell; Claes Magnusson
LIACP 2018; G171-G180https://doi.org/10.2351/1.5059720
View Articletitled, Laser welding of copper to stainless steel
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Welding characteristics with two YAG laser beams
Narikiyo Toru; Miura Hiroshi; Fujinaga Shigeki; Ohmori Akira; Inoue Katsunori
LIACP 2018; G181-G190https://doi.org/10.2351/1.5059721
View Articletitled, Welding characteristics with two YAG laser beams
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Parabolic mirror adapted-alignment for high speed-high power laser welding with an oblong focused beam spot
J. C. Mombo-Caristan; R. E. Mueller; C. M. Sharp; M. H. McCay
LIACP 2018; G191-G199https://doi.org/10.2351/1.5059722
View Articletitled, Parabolic mirror adapted-alignment for high speed-high power laser welding with an oblong focused beam spot
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Experimental study on keyhole and melt pool dynamics in laser welding
P. S. Mohanty; T. Asghari; J. Mazumder
LIACP 2018; G200-G209https://doi.org/10.2351/1.5059724
View Articletitled, Experimental study on keyhole and melt pool dynamics in laser welding
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Dynamic behavior of plume and keyhole in CO2 laser welding
Isamu Miyamoto; Etsuji Ohmura; Takeo Maede
LIACP 2018; G210-G218https://doi.org/10.2351/1.5059725
View Articletitled, Dynamic behavior of plume and keyhole in CO<sub>2</sub> laser welding
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Thermocapillary flows in the weld pool formed during laser welding, investigated mathematically
John Dowden; Phiroze Kapadia; Pablo Solana
LIACP 2018; G219-G228https://doi.org/10.2351/1.5059726
View Articletitled, Thermocapillary flows in the weld pool formed during laser welding, investigated mathematically
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Aluminium welding by beam addition of cw. and repetitively Q-switched multi - kW Nd:YAG lasers
I. Sárady; Th. Beck; G. Bostanjoglo; K. Richter; H. Weber
LIACP 2018; G229-G237https://doi.org/10.2351/1.5059727
View Articletitled, Aluminium welding by beam addition of cw. and repetitively Q-switched multi - kW Nd:YAG lasers
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Post-heat treatment of Nd:YAG laser welded high carbon steels
Eng S. Ng; Ian A Watson
LIACP 2018; G238-G247https://doi.org/10.2351/1.5059728
View Articletitled, Post-heat treatment of Nd:YAG laser welded high carbon steels
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A plasma control and gas protection system for laser welding of stainless steel
Thomas W. Juhl; Flemming O. Olsen
LIACP 2018; G248-G255https://doi.org/10.2351/1.5059729
View Articletitled, A plasma control and gas protection system for laser welding of stainless steel
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Analysis of optical and acoustic emissions during CO2 laser welding of a stainless steel
Susumu Nakamura; Yoshiro Ito; Tokuhiro Nakabayashi; Masao Watanabe; Takashi Inoue; Akira Matsunawa
LIACP 2018; G256-G262https://doi.org/10.2351/1.5059730
View Articletitled, Analysis of optical and acoustic emissions during CO<sub>2</sub> laser welding of a stainless steel
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Non-stationary behaviour of the keyhole for continuous high power laser welding
R. Fabbro; K. Chouf; L. Sabatier; F. Coste
LIACP 2018; G26-G33https://doi.org/10.2351/1.5059732
View Articletitled, Non-stationary behaviour of the keyhole for continuous high power laser welding
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Welding characteristics with three Nd:YAG laser beams transmitted through single optical fiber
Shigeki Fujinaga; Hiroshi Miura; Toru Narikiyo; Seiji Katayama; Akira Ohmori
LIACP 2018; G263-G271https://doi.org/10.2351/1.5059731
View Articletitled, Welding characteristics with three Nd:YAG laser beams transmitted through single optical fiber
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Study on prevention of welding defects in high power CO2 laser materials processing
Toshifumi Matsumoto; Naoaki Fukuda; Yasuo Kondo; Akira Ohmori; Yoshiaki Arata
LIACP 2018; G272-G281https://doi.org/10.2351/1.5059733
View Articletitled, Study on prevention of welding defects in high power CO<sub>2</sub> laser materials processing
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Thick section laser butt welding of structural steel using a coaxial powder filler nozzle
G. J. Shannon; C. Davitt; W. M. Steen
LIACP 2018; G282-G289https://doi.org/10.2351/1.5059734
View Articletitled, Thick section laser butt welding of structural steel using a coaxial powder filler nozzle
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Real-time process control in CO2 laser welding and direct casting: Focus and temperature
S. A. Morgan; M. D. T. Fox; M. A. McLean; D. P. Hand; F. M. Haran; D. Su; W. M. Steen; J. D. C. Jones
LIACP 2018; G290-G299https://doi.org/10.2351/1.5059735
View Articletitled, Real-time process control in CO<sub>2</sub> laser welding and direct casting: Focus and temperature
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Parametric study of keyhole behavior based on an approximate theory
Michael M. Chen; Jeannine A. Bos; John J. Batteh
LIACP 2018; G34-G43https://doi.org/10.2351/1.5059736
View Articletitled, Parametric study of keyhole behavior based on an approximate theory
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Tandem Nd:YAG laser welding
Andrew Scott; Michael Frewin
LIACP 2018; G44-G53https://doi.org/10.2351/1.5059737
View Articletitled, Tandem Nd:YAG laser welding
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A stochastic model of the deep penetration laser welding of metals
Phiroze Kapadia; Pablo Solana; John Dowden
LIACP 2018; G54-G62https://doi.org/10.2351/1.5059738
View Articletitled, A stochastic model of the deep penetration laser welding of metals
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Failure analysis for laser beam welding
S. Kaierle; M. Dahmen; A. Diekmann; E. W. Kreutz; R. Poprawe
LIACP 2018; G63-G72https://doi.org/10.2351/1.5059739
View Articletitled, Failure analysis for laser beam welding
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Porosity formation in laser welding - Mechanisms and suppression methods
Akira Matsunawa; Jong-Do Kim; Seiji Katayama
LIACP 2018; G73-G82https://doi.org/10.2351/1.5059740
View Articletitled, Porosity formation in laser welding - Mechanisms and suppression methods
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Formation mechanism and reduction method of porosity in laser welding of stainless steel
Seiji Katayama; Naoki Seto; Jong-Do Kim; Akira Matsunaw
LIACP 2018; G83-G92https://doi.org/10.2351/1.5059741
View Articletitled, Formation mechanism and reduction method of porosity in laser welding of stainless steel
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Thermohydrodynamics analysis of fusion phenomena accompanied with evaporation due to laser irradiation
Etsuji Ohmura; Hideaki Hayashi; Satoshi Fujimori; Isamu Miyamoto
LIACP 2018; G9-G15https://doi.org/10.2351/1.5059743
View Articletitled, Thermohydrodynamics analysis of fusion phenomena accompanied with evaporation due to laser irradiation
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Evaluation of mechanical properties of laser-welded aluminum alloy
Seiji Katayama; Yasuhiro Yamaguchi; Masami Mizutani; Akira Matsunawa
LIACP 2018; G93-G102https://doi.org/10.2351/1.5059742
View Articletitled, Evaluation of mechanical properties of laser-welded aluminum alloy
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