The hydrogen content of aluminum-lithium alloys in the molten is more than 10 times that of
conventional aluminum-based alloys. Therefore, hydrogen microporosity is an extremely …

In order to accurately describe the fracture behaviour of ductile metals in a wide range of
stress states, based on the mechanism of void nucleation, growth, and coalescence during …

This study aims to model the fracture behaviour of thin stainless steel sheets in the
microscale, which are widely used in the manufacturing of thin-walled structures such as …

In order to investigate the fracture behavior of the ZK60 Mg alloy rolling under different stress
triaxiality, the different nominal stress triaxiality samples were well-designed, and the in-situ …

This paper presents the main findings acquired in an experimental investigation into where
voids form in microstructures of pure Mg, Mg–3Zn alloy, and pure Ti after tension to near …

Inspired by the diving bell of the water spider, this paper designs and fabricates nature-
inspired 3D printed strain-hardening cementitious composites (3DP-SHCC) reticulated shell …

In this study, a new plasticity model was developed to characterize the mechanical behavior
of high-strength structural steel under multiaxial stress states. This model utilizes a Lode …

Tensile fracture static tests on nine specimens covering different stress states were
performed to investigate the ductile fracture behavior of Chinese Q460C high-strength …

The stress field near voids (or holes, or pores) essentially contributes to the fracture process
in metallic and nonmetallic materials. In contrast to strains, it is practically impossible to …

A new fracture model is developed to predict the ductile fracture of structural steel under
multiaxial stress states. First, the Lee–Mear void growth theory is used to establish the …