There is described the approach to the development of a new training course in computer aided design “Computer-aided design of the tool systems” (CADTS). This approach allows implementing end-to-end approach to tool systems designing, which are studied by students of BMSTU “Tool engineering and technologies” Department throughout the all study period. There is a selection of computer environments that implement training to computer modeling based on accepted criteria, - CATIA, EdgeCAM, ANSYS. When performing a CADTS task, it is necessary to develop the design of a given object, an object model, models of loading and boundary conditions for engineering calculation, the technological process of manufacturing a body part in a CAM environment using 3D and surface modeling. This involves continuous monitoring of the quality of the projected object control is running on the strength, stiffness, manufacturability, assemblability, machinability. There is carried out an design optimization of the object and its manufacturing technology. Implementation of integrated CADTS course helps to develop skills in designing cutting tools, fixtures, engineering components and assemblies, as well as deepening the knowledge about the design objects, ensuring development of professional competencies of specialists in the field of “Design of machining and tool complexes in mechanical engineering”.

1.
Guznenkov
V. N.
,
Zhurbenko
P. A.
Electronic Geometric Modeling Is The Basis Of Modern Geometric-Graphic Education In The Technical University //
Advances in Intelligent Systems and Computing
,
2019
, Vol.
809
, pp.
1268
1273
. DOI: .
2.
Guznenkov
V. N.
,
Zhurbenko
P. A.
The Academic Discipline ’Computer Graphics’ for the Open Education System//
4th International Conference on Information Technologies in Engineering Education, Inforino 2018 - Proceedings
,
2018
, No. 8281738. DOI:
3.
Zubkov
N. N.
,
Bityutskaya
Yu. L.
Simulation of the Deformational Cutting and the Geometric Parameters of Pin Structures to Analyze the Thermohydraulic Characteristics of Heat-Removal Plates //
Russian Metallurgy (Metally)
,
2018
, No.
13
, pp.
1202
1207
. DOI: .
4.
Zubkov
N. N.
,
Bityutskaya
Yu. L.
,
Voinov
S. A.
Shaping of Heat Exchanger Pins by Deformational Cutting
//
Russian Engineering Research
,
2016
, Vol.
36
, No.
2
, pp.
81
85
. DOI: .
5.
Potapova
M. C.
,
Vinogradov
D. V.
Computer modeling of the surface relief, machined by cutter with curved cutting edge //
Science & Education: electronic scientific-techn.
ed.,
2015
,
26
, p.
42
55
. Access mode: http://engineering-science.ru/doc/778064.html (accessed date 15.03.2019). DOI: .
6.
Mal’kov
O. V.
,
Karel’skiy
A. S.
Modeling of the stratum during the thread milling //
Izvestiya VUZov. Mashinostroyeniye
,
2017
,
29
, p.
54
64
. DOI: .
7.
Mohan Padhy
S.
,
Sinha
R.
,
Mishra
R.
,
Chandra
Mishra P.
Design Analysis Of A Hot Strip Mill Runout Table Bed Under ANSYS Workbench
//
4th International Conference on Engineering, Applied Sciences and Technology, ICEAST 2018 - MATEC Web of Conferences
,
2018
, Vol.
192
, No.
02038
. DOI: .
8.
Gao
Y.
,
Ge
Z.
,
Zhai
W.
,
Tan
S.
,
Zhang
F.
The Finite Element Modelling And Dynamic Characteristics Analysis About One Kind Of Armoured Vehicles’ Fuel Tanks //
IOP Conference Series: Materials Science and Engineering
,
2017
, Vol.
301
, Issue
1
, No.
012092
. DOI: .
9.
Salahuddin
M. B. M.
,
Atikah
A. F.
,
Rosnah
S.
,
Zuhair
M. N. M.
Conceptual design and finite element analysis of a high inclusion dough shaping machine using 3D-computer aided design (CAD) (SolidWorks) //
Materialwissenschaft und Werkstofftechnik
,
2019
, Vol.
50
, Issue
3
, pp.
267
273
. DOI: .
10.
Chatterjee
S.
,
Gupta
K.
A comparative analysis on two gear tooth materials for low speed and high torque transmission //
Advances in Modelling and Analysis C
,
2018
, Vol.
73
, Issue
3
, pp.
79
83
. DOI:
11.
Cofaru
N. F.
,
Cofaru
I. I.
,
Oleksik
V.
,
Pascu
A.
,
Dragoi
M. V.
Modular Device Used In The Surgery Of The Human Tibia //
10th International Conference Machine and Industrial Design in Mechanical Engineering - IOP Conference Series: Materials Science and Engineering
,
2018
, Vol.
393
, Issue
1
, No.
012130
. DOI: .
12.
Soid
S. N. M.
,
Hamid
M. N. A.
,
Omar
M. S.
,
Ahmad
M. I.
Performance of a Small Engine Fueled by Methane Using a Simulation Tool //
Advanced Structured Materials
,
2019
, Vol.
102
, pp.
253
259
. DOI: .
13.
Nikitchenko
A.
,
Artiukh
V.
,
Shevchenko
D.
,
Murgul
V.
Modeling of Operation of Elastic-Frictional Draft Gear by NX Motion Software //
Procedia Engineering
,
2017
, Vol.
187
, pp.
790
796
. DOI: .
14.
Herbus
K.
,
Ociepka
P.
,
Gwiazda
A.
Designing Of A Technological Line In The Context Of Controlling With The Use Of Integration Of The Virtual Controller With The Mechatronics Concept Designer Module Of The PLM Siemens NX Software //
Advances in Intelligent Systems and Computing, 2019
, Vol.
835
,
2019
, pp.
417
425
. DOI: .
15.
Li
X.
,
Zhan
X.
Modeling and simulation of five-axis virtual machine based on NX //
2nd International Conference on Advances in Materials, Machinery, Electronics, AMME 2018 - AIP Conference Proceedings
,
2018
, Vol.
1955
, No.
030044
. DOI: .
16.
Hu
S.
,
Liu
R.
Research on External Flow Field of a Car Based on Reverse Engineering //
6th International Conference on Computer-Aided Design, Manufacturing, Modeling and Simulation, CDMMS 2018 - AIP Conference Proceedings
,
2018
, Vol.
1967
, No.
030029
. DOI: .
17.
Egorova
O.
,
Timofeev
G.
,
Shashurin
G.
New Educational Methodology to Study the Involute Tooth Profile
//
Mechanisms and Machine Science
,
2019
, Vol.
64
, pp.
29
37
. DOI: .
18.
Gonzalez
H.
,
Arrizubieta
I.
,
Calleja
A.
,
Ruiz
J. E.
,
Lamikiz
A.
CAM Development For Additive Manufacturing In Turbo-Machinery Components //
Procedia Manufacturing
,
2017
, Vol.
13
, pp.
802
809
. DOI: .
19.
Krimpenis
A. A.
,
Chrysikos
M.
3D Parametric Design And CNC Manufacturing Of Custom Solid Wood Electric Guitars Using CAD/CAM Technology //
Wood Material Science and Engineering
,
2019
, Vol.
14
, Issue
2
, pp.
66
80
. DOI: .
20.
Murashov
M. V.
,
Vlasov
A.V.
Three-dimensional Finite Element Modelling of the Cylindrical Specimen Upsetting //
MATEC Web of Conferences, 2nd International Conference on Mechanical, System and Control Engineering, ICMSC
2018
;
Moscow; Russian Federation
,
2018
, Vol.
220
, No.
04008
. DOI: .
21.
Romantsev
B. A.
,
Skripalenko
M. M.
,
Huy
T. B.
,
Skripalenko
M. N.
,
Gladkov
Yu. A.
,
Gartvig
A. A.
Computer Simulation Of Piercing In A Four-High Screw Rolling Mill //
Metallurgist
,
2018
, Vol.
61
, Issue
9-10
, pp.
729
735
. DOI: .
22.
Renev
S.A.
The Method of Solving Problems of Strength and Fracture Toughness in CAE-System Using Modified “Birth and Death” Functions
//
Procedia Engineering
,
2017
, Vol.
206
, pp.
581
587
. DOI: .
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