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Mechanics, Applied

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This work, with its 265 peer-reviewed papers, aims to address the hottest issues in materials and mechanics. It covers a wide range of topics in those areas; including materials science, mechanical engineering and materials, industrial applications of materials and mechanics, etc.: a useful and timely guide to the subject matter. Review from Book News Inc.: The 260 papers selected for the August 2011 conference report recent research on metal, inorganic nonmetallic, organic polymer, composite, structural, and functional materials. The second volume in the two-volume set focuses on developments

Mechanics, Applied

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Collection of selected, peer reviewed papers from the 2014 International Conference on Experimental and Applied Mechanics (EAM 2014), January 20-21, 2014, Miami, USA. The 65 papers are grouped as follows: Chapter 1: Materials Science and Processing, Chapter 2: Experimental and Applied Mechanics, Chapter 3: Information and Computer Technologies, Data Processing

Mechanics, Applied

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Dieses Fachbuch erweitert den klassischen Stoff der Ausbildung in der Strömungsmechanik. Es liefert den notwendigen fachlichen Hintergrund für die Bearbeitung anspruchvoller strömungsmechanischer Probleme. Damit dient es dem Praktiker bei seiner Arbeit und dem Studenten zum vertieften Studium gleichermaßen. Das Buch ergänzt das bestehende Angebot der Lehr- und Fachbücher zum Thema Strömungsmechanik und ist ideal abgestimmt mit anderen Büchern des Autors.

Mechanics, Applied.

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In this reprint, the underlying damage mechanisms of materials used under extreme conditions are explored using computer simulation and modelling methods, presenting important information to predict the lifetime of related facilities. The scope of this reprint embraces numerical work on material responses to extreme conditions, such as high-speed impact or loading, neutron or ion irradiation, and high-pressure and/or high-temperature environments. Related simulation results based on the first principle method, molecular dynamics, and finite element methods are reported. Results of various topics have been reported by papers collected in this book, for example, including fitting a better empirical potential, diffusion of atoms on surface, corrosion, interaction between different defects, elastic constants calculations, effect of hot press forming on collision toughness and energy distribution, and influence of radiation defects on the thermo-mechanical properties of UO2. Furthermore, a review about the experiments and models for the effect of strain rate on NiTi shape memory alloys (SMAs) has also been included in this reprint. These new results present new knowledge for understanding the damage mechanisms of materials under extreme conditions, which would be useful not only for researchers in these fields but also for new readers to learn about basic concepts and current research progress to better understand the response of materials under extreme conditions.

Mechanics, Applied.