With continuous improvements being made in science, technology, and production
automation, robotics is becoming increasingly popular in the field of automation. Robotics …

In this work, a fuzzy design optimization-based fatigue reliability analysis technique is
addressed to obtain the optimal fatigue reliability of the structures with random parameters …

Background: We sought to investigate the different configurations of Kirschner wires used in
distal femur Salter-Harris (SH) type 2 epiphyseal fracture for stabilization after reduction …

This study investigates the biomechanical behavior and corrosion resistance of Ti6Al4V
screws coated with hexagonal boron nitride (hBN) and hydroxyapatite (HA) for femoral neck …

Split sleeve cold expansion (SSCE) is a crucial cost-effective process to improve the fatigue
life of metallic structures with holes in the aerospace industry. In this study, the effects of the …

In modern times, titanium alloy has a great application prospect in the medical field. Still, the
pitiful machinability of titanium alloy material brings incredible difficulty to its ultra-precision …

Welded joints are used in many industrial products and evaluations against static and
dynamic stresses are important in terms of structure and life safety. It is very difficult to predict …

The study proposes the development of a digital twin model for the rolling process. This
virtual representation allows for the investigation of how various rolling parameters influence …

Several fractures that occur in the human body depend on trauma or as a result of hormonal
and bone fatigue. Fracture types that take place out of the neck area of the femoral bone are …

This study explores the relation between corrosion behavior and fatigue performance of
Aluminum alloy as a biomaterial for intertrochanteric femoral fracture fixation using Schanz …