Lightweight Materials for Structural Applications
Synopsis
This book is primarily intended to give an overview on the current use of lightweight materials in structural applications. This book aims to provide a guideline for reviewing and understanding the theory and uniqueness of each lightweight material. Various types of lightweight materials are described to show their feasibility with number of structural applications including in automotive, aviation, marine and civil industries. This book covers the metallic, non-metallic, polymer, composite and various other lightweight materials. The approaches presented in this book have prevalently been employed in real world application namely finite element and experimental techniques. As a reference, the data of each material obtained from experimental tests can be used for further subsequent analyses.
Chapters
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Introduction
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Torsional Stiffness of Honeycomb Sandwich Structure
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Flexural Behaviour of Quasi-isotropic Quasi-homogeneous Woven Glass/Polyester Composite Laminates
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Stacking Sequence Effects on the Tensile Behaviour of Quasi-isotropic Composite Laminates
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Compressive Behaviour of Tin Slag Polymer Concrete Confined with Carbon Fibre Reinforced Epoxy
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Graphene Oxide Filler Effects on the Mechanical Properties of Basalt Composite
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Shape Memory Alloy Performance of Fibre Reinforced Basalt/Epoxy Composite Laminate
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Characterization of Iron-Based Tissue Engineering Scaffolds
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Impact Characteristic and Energy Absorption of W-Beam Guardrail
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Energy Absorption of Frontal Longitudinal Rail for Automotive Structure
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Lightweight Structure for Suria Kar 3 Chassis