Tuesday, February 5, 2019


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The strength of a material refers to the material's ability to withstand an applied stress without failure. The applied stress may be tensile, compressive, or shear. A material's strength is dependent on its microstructure. The engineering processes to which a material is subjected can alter this microstructure. This book provides a variety of material strength research including an extensive overview on the state of the art ceramic composite material BIOLOX delta which, since 2001, has successfully implanted more than 500,000 artificial hip joints. Due to the unique strength and toughness of this material, the risk of fracture has been substantially reduced when compared to conventional ceramic materials. Several different aspects of ionomer research from a physical property standpoint is discussed as well, including the history and current trends in ionomer research and a discussion on the immediate needs in this field. Furthermore, particle modeling (PM) as an innovative particulate dynamics based modeling approach is examined as a robust tool for simulating
fracture problems of solids under extreme loading conditions, including situations of collapse, impact, blasting or high strain rate tension/compression. This book includes research on the ability of particle modeling to correctly predict dynamic fragmentation of materials with good accuracy.

Chapter 1: High Temperature Mechanical Properties and Microstructure of Sic-Based Fibers under Severe Environments.
Chapter 2: Ionomers as Candidates for Structural Materials
Chapter 3: Failure of Layered Composites Subject to Impacts: Constitutive Modeling and Parameter Identification Issues
Chapter 4: Current State of the Art of the Ceramic Composite Material BIOLOX®delta 
Chapter 5: Particle Modeling and Its Current Success in the Simulations of Dynamics Fragmentation of Solids 
Chapter 6: Non-Oriented Electrical Steels: Materials for Saving Energy and Conserving the Environment
Chapter 7: Influence of Luting Cement Application Technique on Quartz Fiber Post Regional Bond Strengths
Chapter 8: Microstructural Influence on Flexure Strength of a Ceromer Reinforced by Two Types of Fibers (Polyethylene and Glass)
Chapter 9: Influence on Strength Properties of Anisotropy Planes in Slates Samples in the NW of Spain 

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