排序方式: 共有6条查询结果,搜索用时 46 毫秒
1
1.
Two-dimensional recurrence resolvents for an inhomogeneous thin body (plates of variable thickness and shells) are derived by an asymptotic method based on the three-dimensional equations of the coupled dynamic problem of the thermoelasticity of an anisotropic body, which are solved in the case of anisotropy, having, at each point, one plane of symmetry perpendicular to the transverse axis. Recurrence formulae are derived in a general formulation for determining the components of the stress tensor, the strain vector and the function of the change in the temperature field, when different boundary conditions of dynamic problems of the theory of coupled thermoelasticity and thermal conductivity are given on the end surfaces of a thin body. An algorithm for determining the analytical and numerical (necessary) solutions of these boundary-value problems with an arbitrarily specified accuracy is developed. 相似文献
2.
3.
L. A. Aghalovyan 《Mechanics of Composite Materials》2011,47(1):59-72
A survey of studies by the author and his disciples on the solution of some classes of problems for deformable thin bodies
(strip-beams, plates, and shells) is presented. Classical and nonclassical boundary-value problems of the statics and dynamics
of anisotropic and layered bodies are considered. Free and forced vibrations of one-layer and multilayer thin bodies are investigated.
The coupled problems of thermoelasticity are solved. 相似文献
4.
Starting from the three-dimensional equations of the theory of thermoelasticity, two-dimensional equations for thin laminated bodies are derived in a general formulation and solved by an asymptotic method. The bodies and layers, consisting of anisotropic and inhomogeneous materials (with respect to two longitudinal coordinates), bounded by arbitrary smooth non-intersecting surfaces, also have variable thicknesses. Recursion formulae are derived for determining the components of the stress tensor and the displacement vector when the kinematic or mixed boundary conditions of the static boundary-value problem of the theory of thermoelasticity are specified on the faces of the body, assuming that the corresponding heat conduction problem is solved. An algorithm for constructing of the analytical solutions of the boundary-value problems formulated is developed using modern computational facilities. 相似文献
5.
Mechanics of Composite Materials - A class of 3D problems of elasticity theory for a layered package of orthotropic plates, which, in particular, models the behavior of the lithospheric plates of... 相似文献
6.
Mechanics of Composite Materials - The first 3D dynamic problem on forced vibrations of an orthotropic three-layer plate with an asymmetric structure is solved asymptotically. On faces of the... 相似文献
1