...) process with Ti-6Al-4V alloy. Unlike many ML models, the presented method incorporates five key features, including three process parameters (laser power, scanning speed, and spot size) and two material parameters (layer thickness and powder porosity). The target variables are the melt-pool width...

...Junzhou Yang; Jianjun Wu; Zhiguo Li; Hainan Xie; Zongcai Zhang; Mengyuan Wang The activated slip system of Ti-6Al-4V alloy during the superplastic forming (SPF) was investigated by the in-grain misorientation axes analysis (IGMA), and the mechanisms of slip system activation have been discussed...

...Junzhou Yang; Jianjun Wu; Dongshen Yang; Qishuai Wang; Kaiwei Wang; Zengkun Zhang; Mingzhi Wang; Muhammad Muzamil A physically based constitutive model with internal state variables (ISVs) is established, it is used to describe the flow stress and microstructure evolution of Ti–6Al–4V alloy...

..., J. R., 1976, Nonferrous Alloy, Aerospace Structural materials Handbook , BELFOUR STULEN, Inc., Traverse City, Michigan. titanium alloys wear machine tools cutting diffusion electron microscopy cermets Diffusion coefficients of different tool materials in Ti-6Al-4V 6...