This paper presents a method for acquiring true stress–strain curves over large range of
strains using engineering stress–strain curves obtained from a tensile test coupled with a …

We present a finite element approach for analyzing tensile tests using the rigid-plastic finite
element method. To predict the necking in the tensile test, a mechanically perfect, simple …

本文针对9 种金属材料完成了具有不同约束程度的10 类试样的延性断裂试验, 获得了发生拉, 压,
扭和裂尖断裂等破坏形式构型试样的载荷-位移试验关系; 基于圆棒漏斗试样拉伸试验所得直至 …

9–12% Cr creep-resistant ferritic-martensitic steels are candidates for structural components
of Generation IV nuclear power plants. However, they are sensitive to softening during low …

This paper describes an innovative approach to modernizing a sophomore mechanical
engineering materials course by employing simulations. The three‐credit course includes a …

The aim of the presented investigations is to perform an analysis of fracture and instability
during simple and complex load testing by addressing the influence of ductile damage …

Tensile tests on three high-strength steels exhibiting Lüders band propagation are carried
out at room temperature and under quasi-static loading conditions. Displacement and …

The present paper deals with the competition between cavitation and stress-induced
crystallization during the deformation of cis-1, 4 polyisoprene rubber. During deformation …

The tensile test is widely used for identifying the material plastic flow curve: this is a
fundamental step in the design and in material behavior analysis. However, during these …

The aim of this work is to propose a non-standard tensile test suitable for the identification of
material parameters using full-field strain measurements and finite element analysis. The …