This paper presents a review of recent advances in modeling and simulation of conventional
metal machining processes, which continue to dominate a significant part of all machining …

Machining precision components involves challenging distortion issues that entail high costs
and material and energy waste to the industry. In parallel, advanced control of production …

Selective laser melting (SLM) is an emerging additive manufacturing (AM) technology for
metals. Intricate three-dimensional parts can be generated from the powder bed by …

Lots of residual stress data is usually required to support the machining process optimization
of the thin-walled component. In this work, an inverse method to determine the residual …

Previous studies on machining-induced residual stress mainly concentrated on qualitative
analyses of mechanical load and thermal load. Nevertheless, it remains a major challenge …

Metal additive manufacturing (AM) process induces residual stress which can hinder the
applicability of AM. Residual stress build-up causes part failure due to the crack initiation …

The build-up of thermal stress induced by a high-temperature gradient in an additively
manufactured part during laser metal additive manufacturing provides significant limitations …

A semi-elliptical moving heat source approach is used to predict the in-process temperature
profile inside the build part during laser-based metal additive manufacturing (AM) …

The use of ultrasonic vibration on milling has several benefits including reduction of the
machining forces. However, the mechanism behind this phenomenon is unclear, and …

Existence of high tensile residual stress in the additively manufactured parts result in part
failure due to crack initiation and propagation. Herein, a physics-based analytical model is …