Predicting ductile failure in engineering structural components has been an active research
topic for decades. Although the micro-mechanical phenomena that govern ductile failure are …

The numerical simulation of the post-weld shot peening (SP) process was performed to
analyze the influence of various SP parameters on the final induced compressive residual …

Experimental and numerical studies on shearing processes that focused on automatic multi-
stage cold forging (AMSCF) are conducted to reveal the mechanisms of the fracture …

Bird strikes are a common, serious, and devastating event in aviation accidents, and multi-
bird strikes are also frequently reported. A numerical multi-bird-strike simulation was …

The GH4169 superalloy has the characteristics of high strength, strong thermal stability,
large specific heat capacity, small thermal conductivity, etc., but it is also a typical hard-to-cut …

Metal parts undergo a blanking test that involves experimentation with different process
parameters across multiple levels. The presence of uncontrolled burrs (measured as Hbv) …

Cracks are described as sharp and diffusive surfaces in failure mechanical models. In this
paper, a finite element model is developed by using a diffusive description of crack …

Several models have been developed to study materials behaviors under different states of
stress. In manufacturing processes, several types of stresses are observed in workpieces. In …

Many manufacturing applications involve high temperatures and high strain rate
deformations. Experimental tests are very expensive to study those problems. For that, it is …