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Full Description
Understanding how materials perform under stress, degrade over time, and interact with their environment is at the heart of modern mechanical engineering, etc. This special edition unites studies devoted to the mechanical behaviour, durability, and surface performance of advanced structural materials - highlighting both fundamental principles and practical ways for analysis and structural protection that support safety and durability, and will be helpful for engineers and researchers seeking to advance the strength, safety, and sustainability of modern structural materials.
Contents
Preface
Chapter 1: Cracks and Failures in Laminates and Hybrid Materials
Comparison of a Hybrid Pipe Design for Replacement of New and Corroded Steel Pipes Subjected to Transverse Impacts
An XFEM-Based Analysis on the Effect of Pre-Existing Cracks on the Woven GFRP with Central Side Edge Notch
The Application of a Hybrid Damage Modeling and Simulation Methodology to Composite Laminate Ultimate Strength Predictions
Evaluation of a Fiberglass Patching Kit for Repairing Cracked Steel Plates via the PZT-SLDV Lamb Wave Technique
Effect of Notch Shape and Size on the Mechanical Performance of Woven GFRP Laminate: A Numerical Investigation
Chapter 2: Strength of Materials, Corrosion and Tribology
Investigation of Pipe Failures in Sprinkler Systems: A Case Study
Characterization of a Low-Friction EPDM for Dynamic Sealings Applications: Tensile, Wear Behavior and Hot Water Resistance
3D-Printed Protective Button Covers for Technical Devices
Investigation of the High Cycle Fatigue Behaviour of Aluminium Alloy Clinched Joints
The Research of the Cavitation Erosion Resistance of the Aluminium Alloy 2017 a Structure Obtained by WIG Remelted
The Cavitation Behavior of the 6082 Alloy Aluminium Structure Obtained by WIG Remelted
Review on Welding Criteria Related to Hydrogen Transport in Carbon Steel Pipelines
