Titlebook: Applied Plasticity; J. Chakrabarty Textbook 20001st edition Springer Science+Business Media New York 2000 applied mechanics.biomechanics.b

話

Dynamic Plasticity,ase of structural members subjected to impact loading, the mode of plastic deformation can be most conveniently represented by the existence of discrete yield hinges that rapidly move away from the point of loading. The concept of moving yield hinges is a useful device for the dynamic analysis of structures.

約會(huì)

蔓藤圖飾

符合國情

Adulterate

https://doi.org/10.1007/978-94-009-1896-2dinary temperatures coincide with those of the highest atomic density. Slip is initiated along a particular plane and in a given direction when the associated component of the shear stress attains a critical value under increasing external load. The amount of plastic deformation in a single crystal

玷污

Kelly R. Munkittrick,D. George Dixon when the body is only partially plastic. In effect, we are then dealing with a hypothetical material which is rigid when stressed below the elastic limit, the modulus of elasticity being considered as infinitely large. If the plastically stressed material has the freedom to flow in some direction,

nonchalance

經(jīng)典

Lawrence K. Wang,Joo-Hwa Tay,Yung-Tse Hungts plane faces. The load acting on the plate is normal to its surface, and is regarded as positive if it is pointing vertically downward. The vertical displacement of the middle surface is assumed to be generally small compared to the plate thickness, and plane vertical sections are assumed to remai

Bph773

A. M. Preisser,M. Seeber,V. Harths the shell thickness being known as the middle surface of the shell. When the shell is loaded to the point of plastic collapse, the deformation proceeds in an unrestricted manner under constant load, provided geometry changes are disregarded and the material is considered as ideally plastic. As in

Customary