The machining process is the most common method for metal cutting, especially in the
fabrication of biomaterials and artificial implants. In modern industry, the goal of production …

Purpose This paper aims to study multiobjective genetic algorithm ability in determining the
process parameter and postprocess condition that leads to maximum relative density (RD) …

Poor surface finish is a primary challenge to the commercial implementation of Additive
Manufacturing (AM). To solve this problem, various Material Removal Rate (MRR) …

This paper presents a hybrid additive and subtractive manufacturing method to integrate
process planning considerations. This method could offer a new solution to deliver parts in a …

Selective laser melting is, at present, one of the fastest growing additive manufacturing
technologies. It allows the manufacture of functional components characterized by high …

Additive manufacturing is one of the promising production processes, which has the ability to
manufacture final shape directly from computer-aided designs. In this research, the thermal …

Surface quality is a significant factor in machining that affects the accuracy of spherical
components. In this research, Ti-6Al-4V prosthetic acetabular shells have been printed using …

This paper presents a novel method for online reconstruction of 3D surface topography in
peripheral milling. Compared with the traditional surface topography modeling only focusing …

Additive manufacturing, especially lattice structure fabrication, has garnered interest for its
potential in high-precision aerospace and medical applications. Due to porosity and …

The implant stability and biomechanical response of periprosthetic bone in acetabulum
around total hip joint replacement (THR) devices depend on a host of parameters, including …