GAMM Rundbrief 2002/Heft 2
GAMM Rundbrief 2002/Heft 2
GAMM Rundbrief 2002/Heft 2
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96<br />
Neue Bücher und Zeitschriften<br />
Thermoelastic Fracture Mechanics using Boundary Elements<br />
by: D. N. dell’Erba, Universidad Nacional de Mar del Plata, Argentina<br />
This book describes the analytical formulation and numerical implementation of the threedimensional<br />
dual boundary element method (DBEM) for the thermoelastic analysis of mixedmode<br />
crack problems in linear elastic fracture mechanics. The DBEM overcomes the problem<br />
of the singular matrix that is inherent to crack modelling by incorporating two pairs of<br />
independent boundary integral equations, namely the temperature and displacement, and the<br />
flux and traction equations. One pair is applied on one crack fa<br />
Contents<br />
Introduction; Thermoelasticity and Fracture Mechanics; Boundary Integral Equations and the<br />
Boundary Element Method; The Dual Boundary Element Method for Three-Dimensional<br />
Thermoelasticity; Application of DBEM to Thermoelastic Fracture Mechanics; Fracture<br />
Analysis in Thermoelasticity Using J-integral; Thermo-mechanical Crack Propagation;<br />
Conclusions; Appendix: Theorems and Identities for Potential and Elasticity Problems;<br />
Bibliography.<br />
Series: Topics in Engineering, Vol 39, March <strong>2002</strong><br />
ISBN: 1-85312-849-X; January <strong>2002</strong>; 168pp £68.00/US$109.00/ Euro 114.00<br />
web : http://www.witpress.com/t199.html<br />
Thermomechanical Fatigue and Fracture<br />
by: M.H. Aliabadi, Queen Mary College, University of London, UK<br />
Thermal and mechanical fatigue leads to initiation and growth of cracks in many structures<br />
such as pressure vessels, nuclear reactors, high temperature engines, electronic packaging and<br />
dental materials. This book brings together state-of-the-art contributions from leading<br />
researchers in the field.<br />
Contents<br />
Thermomechanical Crack Growth using Boundary Elements; Finite Element Modelling of<br />
Thermomechanical Fracture: Theory and Case Studies; Prediction of Crack Initiation and<br />
Growth under Thermal Fatigue; Predicting Crack Growth Along Polymer Interfaces Due to<br />
Water Attack and Thermal Fatigue; The Saturation of Thermomechanical Fatigue Damage in<br />
Brittle Materials; Plasticity Induced Heating in the Fracture and Cutting of Metals; Tensile<br />
Ductility and Fracture of Aluminum SiC Composites under<br />
Series: Advances in Fracture Mechanics, Vol 7<br />
ISBN: 1-85312-549-0 January <strong>2002</strong> 344pp £115.00/US$173.00/ Euros181.00<br />
web : http://www.witpress.com/t2.html<br />
Crack Paths<br />
by: L.P. Pook, University College, London, UK<br />
A great amount of published information on crack paths exists, but this is scattered and often<br />
incomplete. This book provides a state-of-the- art survey, with major themes presented in as<br />
unified a manner as possible.