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Fracture Mechanics and Statistical Mechanics of Reinforced Elastomeric Blends
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Gewicht:
641 g
Format:
241x160x22 mm
Beschreibung:
Gert Heinrich, geb. 1960 in Stuttgart, Studium der Mathematik mit Nebenfach Physik an der Universität Stuttgart, 1985 Diplom-Mathematiker,,Promotion zum Dr. rer. nat. bei Prof. Dr. Uwe Jensen am Institut für Angewandte Mathematik und Statistik an der Universität Hohenheim 1993-95 Tätigkeit am Institut für Angewandte Mathematik und Statistik der Universität Hohenheim als wissenschaftlicher Mitarbeiter bzw. wissenschaftlicher Angestellter, 1996-2001 Tätigkeit bei der Staatl. Lotterie-Einnahme Glöckle in Stuttgart als Leiter Belegdatenerfassung und Kartenservice und bei der Allianz Lebensversicherungs AG in Stuttgart in der Abteilung Informationssysteme als Projektleiter im E-Business Bereich seit Dezember 2001 Leiter des Studiengangs Wirtschaftsinformatik an der Berufsakademie Villingen-SchwenningenProf. Wolfgang Grellmann leitet seit 1995 die Professur Werkstoffdiagnostik/Werkstoffprüfung am Zentrum für Ingenieurwissenschaften der Martin-Luther-Universität Halle-Wittenberg. Er ist Präsident der Akademie Mitteldeutsche Kunststoffinnovationen und Geschäftsführer der Polymer Service GmbH Merseburg, An-Institut an der Martin-Luther-Universität Halle-Wittenberg.Prof. Dr. rer. nat. Thomas A. Vilgis beschäftigt sich beruflich, publizistisch und privat mit dem Thema Wissenschaft in der Küche. Seit 1985 ist er als Arbeitsgruppenleiter des Max-Planck-Instituts für Polymerforschung der Universität Mainz tätig mit den Arbeitsgebieten Theorie weicher Materie, statistische Physik von Proteinen, molekulare Biophysik, Physik und Chemie von Lebensmitteln. Regelmäßige Kolumnen über Molekulargastronomie veröffentlicht er in Physik in unserer Zeit, essen&trinken, und Häuptling Eigener Herd; gelegentlich schreibt er auch für die FAZ. Thomas Vilgis ist Mitglied der Deutschen Akademie für Kulinaristik sowie des Internationalen Arbeitskreises zur Kulturforschung des Essens der Dr.-Wild-Stiftung in Heidelberg.
This book surveys interdisciplinary research involving physics, physical chemistry, material sciences to discuss the engineering of elastomers ranging from nanometers to millimeters, and connects these aspects with their constituent material properties.
Latest research on Fracture Mechanics and Statistical Mechanics of Reinforced Elastomeric Blends
Rupture dynamics of macromolecules.- In-situ structural characterization of rubber during deformation and fracture.- Morphology and Micro-Mechanics of Filled Elastomer Blends: Impact on Dynamic Crack Propagation.- Linking Mesoscopic and Macroscopic Aspects of Crack Propagation in Elastomers.- Macroscopical Modeling and Numerical Simulation for the Characterization of Crack and Durability Properties of Particle-Reinforced Elastomers.- Technical Material Diagnostics - Fracture Mechanics of Filled Elastomer Blends.- Analysis of Dynamic Crack Propagation in Elastomers by Simultaneous Tensile- and Pure-Shear-Mode Testing.
Elastomers are found in many applications ranging from technology to daily life applications for example in tires, drive systems, sealings and print rollers. Dynamical operation conditions put extremely high demands on the performance and stability of these materials and their elastic and flow properties can be easily adjusted by simple manipulations on their elastic and viscous properties.
However, the required service life suffers often from material damage as a result of wear processes such as abrasion and wear fatigue, mostly caused by crack formation and propagation.
This book covers interdisciplinary research between physics, physical chemistry, material sciences and engineering of elastomers within the range from nanometres to millimetres and connects these aspects with the constitutive material properties. The different chapters describe reliable lifetime and durability predictions based on new fracture mechanical testing concepts and advanced material-theoretical methods which are finally implemented in the finite element method for structural simulations.
The use of this approach allows a realistic description of complex geometrical and loading conditions which includes the peculiarities of the mechanical behaviour of elastomeric materials in detail. Furthermore, this approach demonstrates how multi-scale research concepts provide an ambitious interdisciplinary challenge at the interface between engineering and natural sciences.
This book covers the interests of academic researchers, graduate students and professionals working in polymer science, rubber and tire technology and in materials science at the interface of academic and industrial research.
However, the required service life suffers often from material damage as a result of wear processes such as abrasion and wear fatigue, mostly caused by crack formation and propagation.
This book covers interdisciplinary research between physics, physical chemistry, material sciences and engineering of elastomers within the range from nanometres to millimetres and connects these aspects with the constitutive material properties. The different chapters describe reliable lifetime and durability predictions based on new fracture mechanical testing concepts and advanced material-theoretical methods which are finally implemented in the finite element method for structural simulations.
The use of this approach allows a realistic description of complex geometrical and loading conditions which includes the peculiarities of the mechanical behaviour of elastomeric materials in detail. Furthermore, this approach demonstrates how multi-scale research concepts provide an ambitious interdisciplinary challenge at the interface between engineering and natural sciences.
This book covers the interests of academic researchers, graduate students and professionals working in polymer science, rubber and tire technology and in materials science at the interface of academic and industrial research.