Full Description
This book presents select proceedings of the 2nd International Conference on Innovative Materials, Manufacturing and Advanced Technologies (IMMAT'2022), held in Sousse, Tunisia, on October 27-29, 2022. The covered topics include theoretical, experimental and technological works and its application in various challenging domains like materials sciences, mechanical design, manufacturing, environment and heat transfer. The volume provides an overview of innovations and technological advances in mechanical engineering. Given the selected and peer reviewed papers, it will be a useful resource for practitioners working on cutting-edge topics in several areas related to the mechanics such as mechanical behavior, material-process interaction, fatigue behavior, tribological behavior of surfaces, manufacturing, organization and optimization of production processes, additive manufacturing processes, renewable energy, design of lightweight components, robotics and industry 4.0. This book is intended to serve researchers, engineers and professionals working in the fields of material and mechanical engineering.
Contents
Plastic additive manufacturing versus circular economy.- Implant shape and modeling approaches effects on the biomechanical tibia-bone response.- Age- and Strain-Hardening Effects on Internal Thread : Tensile, Hardness and Pull-out Tests.- Calculation of Internal Thread Yield Strength with Various Assumptions.- Comparative study of form and cut tapping of AA2017 and AA1050 aluminum alloys.- Effects of die parameters on external inversion of thin-walled tube.- Effects of Thickness Reduction by Machining on Tensile behavior Using Proportional Specimens.- Investigation the effect of the magnesium fluoride addition on the mechanical propertie of TCP-TiO2 composite for biomedical application.- New Approach for Predicting the Ultimate Load Capacity of AA2017 Aluminum Tapped Thread.- Porosity and mechanical properties of PLA structures printed by FFF-3D-printing process with actual case study.- Degradation resistance of graphitein contact with industrial Phosphoric acid mixed with an oxidizing agent through dynamic and static approches.
