
Damage and Failure of Interfaces
H.P. Rossmanith(Editor)
CRC Press
Published on 2. February 2026
500 pages
978-1-040-89484-2 (ISBN)
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Interface problems involving materials and structures arise in most fields of engineering. They span several orders of magnitude in scale: from nanostructures in micro-electronics to macro-size structures in mining engineering. This text investigates these problems.
More details
Language
English
Place of publication
London
United Kingdom
Publishing group
Taylor & Francis Ltd
Product notice
Reflowable
File size
30,66 MB
ISBN-13
978-1-040-89484-2 (9781040894842)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Other editions
Additional editions

H.P. Rossmanith
Damage and Failure of Interfaces
Book
01/1997
1st Edition
A A Balkema Publishers
€259.98
Article not available at the moment
Content
Preface; Fracture mechanics of interfaces; Numerical simulation methodologies for dynamic crack propagation in homogeneous and nonhomogeneous materials;
Dynamic properties of interfaces; Stress singularity near a crack tip terminating at a nonideal interface; Stress fields at interface-comers and cracks for non-linear deformations; Stress singularities at the tip of interfaces in polycrystals; Stress singularities in a bimaterial joint under axisymmetric deformation; Free edge effects at interfaces in selectively reinforced structures; Time dependent boundary element analysis of singular stresses at the interface comer of viscoelastic adhesive layer; The analogy between interface crack problems and punch problems; Influence of micro-voids on toughness of interfaces; Some aspects of stability and bifurcation with moving discontinuities; Modelling transverse matrix cracking in laminated fibre-reinforced composite structures; Rate-dependent interface models for the analysis of delamination in polymer-matrix composites; Delamination cracking between plies of different orientation angles in composite laminates; On the identification of an interface damage model for the prediction of delamination initiation and growth; Examples of delamination predictions by a damage computational approach; Interface degradation in ceramics under cyclic loading; Reduction of stiffness characteristics of balanced laminates with intralaminar cracks; Deformation and failure of heat-sealed area in laminated plastic film used for liquid 187
package bags; Delamination buckling and growth at global buckling; A non-osmotic blister growth model in coating systems; Crack and debonding at an end of the simple support type constraint for thin plate 211
bending problem; Modelling of temperature dependent failure process in fibre reinforced titanium alloy; Intergranular fracture at low temperatures at poly crystalline materials; On some thermoelastic problems of interfacial cracks and rigid inclusions
Dynamic properties of interfaces; Stress singularity near a crack tip terminating at a nonideal interface; Stress fields at interface-comers and cracks for non-linear deformations; Stress singularities at the tip of interfaces in polycrystals; Stress singularities in a bimaterial joint under axisymmetric deformation; Free edge effects at interfaces in selectively reinforced structures; Time dependent boundary element analysis of singular stresses at the interface comer of viscoelastic adhesive layer; The analogy between interface crack problems and punch problems; Influence of micro-voids on toughness of interfaces; Some aspects of stability and bifurcation with moving discontinuities; Modelling transverse matrix cracking in laminated fibre-reinforced composite structures; Rate-dependent interface models for the analysis of delamination in polymer-matrix composites; Delamination cracking between plies of different orientation angles in composite laminates; On the identification of an interface damage model for the prediction of delamination initiation and growth; Examples of delamination predictions by a damage computational approach; Interface degradation in ceramics under cyclic loading; Reduction of stiffness characteristics of balanced laminates with intralaminar cracks; Deformation and failure of heat-sealed area in laminated plastic film used for liquid 187
package bags; Delamination buckling and growth at global buckling; A non-osmotic blister growth model in coating systems; Crack and debonding at an end of the simple support type constraint for thin plate 211
bending problem; Modelling of temperature dependent failure process in fibre reinforced titanium alloy; Intergranular fracture at low temperatures at poly crystalline materials; On some thermoelastic problems of interfacial cracks and rigid inclusions
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