The chapter reports in brief the principles and several cases of application of the FEM to the analysis of bonded joints. The topics are presented under the light of selected papers of the related scientific literature. The main topics treated are failure prediction based on continuum analysis, model size reduction (efficient modelling), stress singularities and geometric non-linearity
The phenomenological description for the mechanical behaviour of ductile, toughened polymers is curr...
International audienceThis article is aimed at comparing two models based on the same assumptions to...
A finite element analysis is able to determine stress and strain distributions throughout a bonded s...
The chapter reports in brief the principles and several cases of application of the FEM to the analy...
The Finite Element (FE) method is able to address the stress analysis of bonded joints. Nevertheless...
This book deals with the most recent numerical modeling of adhesive joints. Advances in damage mecha...
International audienceThe Finite Element (FE) method could be able to address the stress analysis of...
The structural integrity of multi-component structures is usually determined by the strength and dur...
International audienceThe Finite Element (FE) method is able to address the stress analysis of adhes...
The paper presents the results of several numerical analyses carried out with aim to investigate the...
This paper presents the application of the Finite Element Method (FEM) to a wide range of physical e...
Adhesively bonded composite (ABC) joints used in the composite structures are modeled using 1D and 2...
The paper describes an efficient procedure, based on standard finite element techniques, for the fai...
A damage modelling approach, based on a continuum damage model (CDM) formulation, is proposed and ap...
par stitutive model (such as a cohesive strength or toughness). In this study, the influence of stre...
The phenomenological description for the mechanical behaviour of ductile, toughened polymers is curr...
International audienceThis article is aimed at comparing two models based on the same assumptions to...
A finite element analysis is able to determine stress and strain distributions throughout a bonded s...
The chapter reports in brief the principles and several cases of application of the FEM to the analy...
The Finite Element (FE) method is able to address the stress analysis of bonded joints. Nevertheless...
This book deals with the most recent numerical modeling of adhesive joints. Advances in damage mecha...
International audienceThe Finite Element (FE) method could be able to address the stress analysis of...
The structural integrity of multi-component structures is usually determined by the strength and dur...
International audienceThe Finite Element (FE) method is able to address the stress analysis of adhes...
The paper presents the results of several numerical analyses carried out with aim to investigate the...
This paper presents the application of the Finite Element Method (FEM) to a wide range of physical e...
Adhesively bonded composite (ABC) joints used in the composite structures are modeled using 1D and 2...
The paper describes an efficient procedure, based on standard finite element techniques, for the fai...
A damage modelling approach, based on a continuum damage model (CDM) formulation, is proposed and ap...
par stitutive model (such as a cohesive strength or toughness). In this study, the influence of stre...
The phenomenological description for the mechanical behaviour of ductile, toughened polymers is curr...
International audienceThis article is aimed at comparing two models based on the same assumptions to...
A finite element analysis is able to determine stress and strain distributions throughout a bonded s...
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