Advances in Applied Mechanics II

This book reports on advances in applied mechanics research and applications. It covers methods, modeling, and simulation tools for products design, material behavior analysis, and for optimizing production processes. It also reports on cutting-edge techniques to increase performance of mechanical systems and foster energy transition. The book gathers selected contributions to the 12th International Congress for Applied Mechanics (JET'2024), held on November 1315, 2024, in Marrakech, Morocco. The congress was organized by the Franco-Maghreb Association of Mechanics and Materials (AF3M) with the close collaboration of the Moroccan Society of Mechanical Sciences (SMSM). Overall, this book gives a special emphasis to theoretical and practical advances in mechanics, supporting sustainable and environmentally friendly development.

Reports on cutting-edge techniques for increasing performance of mechanical systems Highlights strategies for sustainable development and environmental protection Covers applications of AI in design, construction and operation of equipment

Inhalt

The different topological optimizations and modal analysis on ANSYS software: Comparative study.- Optimization of hemp fiber reinforced PLA composite structures.- Modeling of the Thermomechanical Behavior of Directed Energy Deposition during Additive Manufacturing.- Adiabatic Boundary Condition in phase change materials Melting: Experimental and Numerical Insights from the MarPCM Experiment on the ISS.- Experimental Investigation of the Effect of Stacking Sequences in Hybrid Carbon/Flax Composites.- Mini UAVs' Aerodynamic Design Using Surrogate Modeling.- Optimization and Simulation of Particle Distribution in Functional Composites Manufactured by the RTM Process.- Study of the fracture of Triply periodic minimum surface structures - type porous materials.- Impact of Accelerated Physical Aging on the Mechanical Properties of High-Density Polyeth-ylene: An Experimental Analysis.- High-order Weighted Least Squares modeling of stationary incompressible fluid flows.