Distortional energy theory for the effect of temperature on plastic yielding behavior of metal under statistical loading condition
In the present work, Von Mises criterion and its distortional energy density interpretation proposed for plastic mechanics is employed to study the effect of temperature on plastic yielding behavior of metal
When simulating electrically large complex structures such as Drift Tube Linac (DTL) cavities in 3D simulators, it is important to choose a model representation that is a compromise between accuracy and time/resource cost. This paper presents an analytical method, based on Slater perturbation theorem, to control frequency error and obtain a fairly accurate 3D mesh to represent cylindrical structures.