Advances in fracture and failure prevention, Volume 1
Trans Tech Publications, 2004 - Technology & Engineering - 1714 pages
These volumes present the latest findings and ideas of engineers and scientists involved in studying the fracture and strength of solids all around the world. The two-volume set features 271 peer-reviewed papers from scientists and engineers coming from 30 different countries.. These include the papers arising from plenary lectures and keynote lectures which gave a broad overview of the state-of-the-art of fracture research and failure prevention. It is strongly hoped that the new ideas and results presented in these proceedings will stimulate and enhance progress in fracture mechanics research and in the fundamental understanding of fracture and failure prevention in structures. The book is divided into the following sections: Invited Lecture; Fracture and Fracture Mechanics; Dynamic Behavior of Solids; Interfacial Problems; Electrical Devices and Systems; Computational Analyses and Fracture Simulations; Optimization; Invited and Keynote Lecture; Physics & Chemistry of Fracture and Failure Prevention; Fatigue and Creep; Corrosion and Damage Evaluation; Composite Materials; Measurement Methods.
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Anisotropic and Isotropic Elasticity and its Equivalence for Singularity Interface
Micromechanics and Rock Failure Process Analysis
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2004 Trans Tech adhesive alloy aluminum analysis applied behavior bimaterial boundary conditions brittle buckling calculated CARALL coating composite material compression cone crack contact law crack growth crack initiation crack propagation crack tip criterion curve damage deformation delamination displacement ductile effect elastic electric Engineering equation experimental results failure finite element finite element analysis finite element method flaw fracture mechanics fracture surface fracture toughness function HDPE impact energy increase interface interfacial crack joint Keywords layer load Love wave matrix maximum measured Mech mechanical properties mesh microcracks mixed mode mode-mix numerical obtained online at http://www.scientific.net parameters piezoelectric pipe plastic plate Poisson's ratio principal stress R-O fit ratio rock shear shown in Fig shows simulation solid solution specimen steel strain rate strength stress distribution stress intensity factor stress singularity structure substrate temperature tensile thermal thickness Trans Tech Publications triaxiality velocity void welding XXX XXX XXX Young's modulus