Presented method and results of experimental research of deflection of one-layer and two-layer slabs influenced by short-term lateral load. Proposed method of calculation based on the limit equilibrium method, calculation of slab deflections values by LIRA-CAD bundled software. The comparison of experimental and theoretical results of the calculation of deflections slabs was performed.

1.
A.Ya.
Barashykov
and
D.V.
Smorkalov
,
Calculation of solidity of one-layer and two-layer reinforced concrete slabs supported on four sides.
Resource efficient materials, structures, buildings, and constructions: Collected studies.
Rivne,
2014
, Issue
28
,
127
134
(in Ukraine).
2.
B.G.
Galerkin
,
The resilient thin plate. M
,
Gosstroiizdat
,
1933
,
458
(in Russian).
3.
A.S.
Gorodetsky
,
V.S.
Schmukler
and
A.V.
Bondarev
,
Information Technology of calculation and design of building structures:
Proc. Manual. Kharkiv, NTU “KhPI”
,
2003
,
889
(in Russian).
4.
A.A.
Gvozdev
,
Calculation of bearing capacity by limit equilibrium method
.
Moscow, Stroyizdat
,
1949
,
280
(in Russian).
5.
O.D.
Zhuravskyi
and
D.V.
Smorkalov
,
Methodology and results of experimental studies of two-layer slabs.
Steel reinforcement concrete constructions. Research, design, construction, operation: Collected research papers
, Issue
5
, Kryvyi Rig, KTU,
2002
(in Ukraine).
6.
A.N.
Korolyov
,
Calculation methods for slab deflections supported on four sides at short-term load.
Concrete and reinforced concrete
Vol.
3
,
1960
,
9
11
(in Russian).
7.
V.I.
Murashev
,
Crack resistance, stiffness and strength of concrete.
M, Mashstroyizdat
,
1950
,
230
(in Russian).
8.
LIRA-CAD 2011.
Tutorial: Electronic Edition
,
2011
,
396
(in Russian).
9.
N.
Rudenko
,
The development of conception of new generation concretes.
TEKA: Kom. Mot. Energ. Roln
,
2014
, Vol. XB,
128
133
.
10.
D.V.
Smorkalov
,
Crack resistance and fracture modes for two-layer slabs.
Resource efficient materials, structures, buildings, and constructions: Collected research papers.
Rivne,
2003
, Issue
9
,
323
330
(in Ukraine).
11.
M.
Snyder
,
Factors affecting the flexural strength of steel fibrous concrete.
ACI Journal
,
1972
, Vol.
69
, No.
2
,
96
100
.
12.
SP 52-103-2007
. Code of practice on design and construction.
Reinforced concrete cast-in-place constructions of buildings.
Moscow
,
2007
(in Russian).
13.
A.
Stages
,
Ring fiber reinforced concrete.
ACI Journal.
1981
, Vol.
78
, No.
5
,
369
373
.
14.
ACI
Journal
.
State-of-the-art report on fiber reinforced concrete.
1973
, Vol.
70
,
729
744
.
15.
V.P.
Tarasov
,
The use of fiber-reinforced concrete in construction.
Industrial construction.
1974
, Vol.
7
,
44
45
(in Russian).
16.
G.H.
Tattersall
,
Bond strength in steel-fibre-reinforced concrete.
Journal of Concrete Research.
1974
, Vol.
26
, No.
87
,
105
113
.
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