Simulation of the stress-strain state of composite beams subjected to bending in two planes. Part 2. Realization of the nonclassical model and numerical results

被引：0

作者：

Gorik, A.V. ^{[1
]}

Lyakhov, A.L. ^{[1
]}

Piskunov, V.G. ^{[2
]}

Cherednikov, V.N. ^{[1
]}

机构：

[1] Kondratyuk Poltava State Technical University, Poltava, Ukraine

[2] Ukrainian Transport University, Kiev, Ukraine

来源：

Strength of Materials | 1999年 / 31卷 / 03期

关键词：

D O I：

暂无

中图分类号：

学科分类号：

摘要：

引用

页码：292 / 298

共 12 条

[1] Simulation of the stress-strain state of composite beams subjected to bending in two planes. Part 2. Realization of the nonclassical model and numerical results
Gorik A.V.
Lyakhov A.L.
Piskunov V.G.
Cherednikov V.N.
Strength of Materials, 1999, 31 (3) : 292 - 298
[2] Simulation of the stress-strain state of composite bars subjected to bending in two planes. Part 1. Relations of the nonclassical model
Gorik A.V.
Piskunov V.G.
Cherednikov V.N.
Strength of Materials, 1999, 31 (2) : 191 - 199
[3] Simulation of the stress-strain state of composite bars subjected to bending in two planes. Part 1. Relations of the nonclassical model
Gorik, A.V.
Piskunov, V.G.
Cherednikov, V.N.
Strength of Materials, 1999, 31 (02): : 191 - 199
[4] Jointing of high-loaded composite structural components. Part 2. Modeling of stress-strain state
Karpov Ya.S.
Strength of Materials, 2006, 38 (05) : 481 - 491
[5] A Program for Numerical Calculation of Dynamic Stress-Strain State and Strength of Hollow Multilayer Anisotropic Cylinders and Spheres. Part 2. Comparison of Numerical Results with Experimental and Theoretical for Cylinders
Lepikhin, P. P.
Romashchenko, V. A.
Beiner, O. S.
Storozhuk, V. N.
Babich, Yu. N.
Bakhtina, E. V.
STRENGTH OF MATERIALS, 2015, 47 (03) : 406 - 414
[6] A Program for Numerical Calculation of Dynamic Stress-Strain State and Strength of Hollow Multilayer Anisotropic Cylinders and Spheres. Part 2. Comparison of Numerical Results with Experimental and Theoretical for Cylinders
P. P. Lepikhin
V. A. Romashchenko
O. S. Beiner
V. N. Storozhuk
Yu. N. Babich
E. V. Bakhtina
Strength of Materials, 2015, 47 : 406 - 414
[7] Computational Investigation of the Effect of Reinforcement Schemes and Angles on the Stress-Strain State and Strength of Composite Cylinders Under Axisymmetric Internal Explosion. Part 2. Calculation Results for Single- and Two-Layer Cylinders with Symmetrical Reinforcement of the Layers
Lepikhin, P. P.
Romashchenko, V. A.
Beiner, O. S.
Tarasovskaya, S. A.
STRENGTH OF MATERIALS, 2019, 51 (03) : 327 - 332
[8] Computational Investigation of the Effect of Reinforcement Schemes and Angles on the Stress-Strain State and Strength of Composite Cylinders Under Axisymmetric Internal Explosion. Part 2. Calculation Results for Single- and Two-Layer Cylinders with Symmetrical Reinforcement of the Layers
P. P. Lepikhin
V. A. Romashchenko
O. S. Beiner
S. A. Tarasovskaya
Strength of Materials, 2019, 51 : 327 - 332
[9] Application of Modern Approaches to the Numerical Modeling of the Stress-Strain State for the Strength Assessment of Complex Units of the NPP Primary Circuit Equipment. Part 2. Extended Finite Element Method
Kondryakov, E. O.
STRENGTH OF MATERIALS, 2023, 55 (05) : 888 - 897
[10] Application of Modern Approaches to the Numerical Modeling of the Stress-Strain State for the Strength Assessment of Complex Units of the NPP Primary Circuit Equipment. Part 2. Extended Finite Element Method
E. O. Kondryakov
Strength of Materials, 2023, 55 : 888 - 897

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