In this paper, a comprehensive study that integrates theoretical, experimental and FE
analyses, elucidates the combined effect of strain, strain rate, and temperature on the …

A model based on dislocation density tensor is proposed for predicting ductile fracture
during torsion testing. The effect of prestrain induced by bar drawing on fracture strain is …

Expansion tubes are the main energy absorber of coupler and draft gear used on high-
speed trains. With the rapidly increasing demand for energy-absorbing, the stroke is trying to …

The weakening behavior of ultra-high-strength steel (UHSS) remains unknown, even though
it is a requirement for the accurate prediction of strain localization and ductile fracture in …

Forming limit curve (FLC) is an essential criterion for evaluating the formability of fiber metal
laminates (FMLs) in mass fabrication. However, conventional methodologies are unable to …

To ensure the structural integrity of advanced thin sheet metals in engineering applications,
it is necessary to understand their ductile crack propagation behaviour. In this work, we …

This paper quantifies the effect of temperature (ranging from room temperature (RT) to-90°
C) on fracture toughness for hydrogen-embrittled API X52 by combining small punch (SP) …

This paper proposes a numerical method for predicting the reduction in the fracture
toughness with neutron dose using the concept of an embrittlement constant. Tensile and …

This paper presents a systematic procedure for performing finite element (FE) impact ductile
fracture simulation of Charpy (CVN) and Drop Weight Tear Tests (DWTT) with validation …

This study investigates the structural integrity of the GTT Mark III membrane-type Liquefied
Natural Gas Cargo Containment System (LNG CCS), focusing on the 1.2 mm SUS304L …