A state-of-the-art review on recently developed sustainable and green cooling/lubrication technologies in machining metal matrix composites (MMCs)
Metal matrix composites (MMCs) are lightweight, hard materials applied in heavy-duty
applications such as automobile, aerospace, and electronics, as well as sports equipment …
applications such as automobile, aerospace, and electronics, as well as sports equipment …
Material characteristics and machinability of metal matrix composite materials: A critical review on recent advances and future perspectives
Metal matrix composites (MMCs) are used in a variety of industries, their applications
including the major sectors such as automotive, medical, electrical, sports, electronics, and …
including the major sectors such as automotive, medical, electrical, sports, electronics, and …
Machining-induced surface integrity in titanium alloy Ti-6Al-4V: an investigation of cutting edge radius and cooling/lubricating strategies
Enhanced surface integrity can increase the service life and functional performance in
machined components, including the strength and fatigue life of machined parts. To study …
machined components, including the strength and fatigue life of machined parts. To study …
Prediction of surface residual stress in end milling with Gaussian process regression
M Cheng, L Jiao, P Yan, L Feng, T Qiu, X Wang… - Measurement, 2021 - Elsevier
The residual stress has an important influence on the performance of parts such as fatigue
life, and many researches have been carried out for the quantitative evaluation or prediction …
life, and many researches have been carried out for the quantitative evaluation or prediction …
Numerical and experimental investigation on thermo-mechanically induced residual stress in high-speed milling of Ti-6Al-4V alloy
The machining-induced residual stress, which significantly influences the machined part's
service performance and geometrical stability, is considered an essential indicator of surface …
service performance and geometrical stability, is considered an essential indicator of surface …
Prediction of residual stress with multi-physics model for orthogonal cutting Ti-6Al-4V under various tool wear morphologies
The machining-induced residual stress has a pivotal impact on the corrosion resistance,
fatigue, and functionality of manufactured components. Tool wear process induces the tool …
fatigue, and functionality of manufactured components. Tool wear process induces the tool …
Machining mechanism and stress model in cutting Ti6Al4V
S Wu, F Chen, D Wang, G Wang, C Li, J Lu - The International Journal of …, 2024 - Springer
In the aircraft industry, Ti6Al4V is often used due to its good strength and excellent
comprehensive performance. However, because of its particularity, the titanium alloy …
comprehensive performance. However, because of its particularity, the titanium alloy …
A modified X-ray diffraction method to measure residual normal and shear stresses of machined surfaces
Q Luo - The International Journal of Advanced Manufacturing …, 2022 - Springer
X-ray diffraction has been widely used in measuring surface residual stresses. A drawback
of the conventional d~ sin 2 ψ method is the increased uncertainty arising from sin 2 ψ …
of the conventional d~ sin 2 ψ method is the increased uncertainty arising from sin 2 ψ …
An online prediction method of three-dimensional machining residual stress field based on incepu-net
The magnitude and distribution of residual stress field inside thin-walled parts is a critical
factor influencing machining deformation. Traditional methods relying on offline data …
factor influencing machining deformation. Traditional methods relying on offline data …
Physics-Informed and Data-Driven Prediction of Residual Stress in Three-Dimensional Machining
Background Efficient and reliable prediction of machining-induced residual stress (RS) is a
key requirement for truly integrated computational materials engineering (ICME). Currently …
key requirement for truly integrated computational materials engineering (ICME). Currently …