Add to ORKGIn the present paper the identification of the damage which may occur in the life of a brittle twodimensional (2D) solid is examined by means of an inverse analysis. The damaged area is identified by minimising the error between numerical results and experimental results of some static load tests. Some design variables are introduced in order to describe the shape of the damaged area and the value of the damage in some key points
Non-stationary inverse problems of deformed solid mechanics are among the most underexplored due to,...
A study to the parameters identification problem of continuum damage models is presented. For this a...
Mechanical damages in structures, in structural components of plants and in industrial products usua...
Inverse analysis is currently an important subject of study in several fields of science and enginee...
A damage detection and assessment method has been developed in this paper using the concepts of inve...
One main limitation to the implementation of an SHM system on real structures is the difficulty to a...
The research proposed in this Thesis approaches the multifield materials by two main branches: the s...
The aim of the proposed work is to develop and to test a solution technique for non destructive 2D ...
In this study a domain independent numerical procedure such as the Boundary Element Method (BEM) is ...
The inverse Finite Element Method (iFEM) has recently demonstrated to be a valuable tool, not only f...
A reliable prediction of ductile failure in metals is still a wide-open matter of research. Several ...
Abstract. In this paper a thermodynamically consistent damage mechanic model is presented in the con...
In structural engineering, a finite element model is often used to estimate its dynamic or static be...
This paper addresses the problem of identifying structural damage affecting one zone of a beam using...
Following some recent results, the Authors mean to present some analyses concerning the strain local...
Non-stationary inverse problems of deformed solid mechanics are among the most underexplored due to,...
A study to the parameters identification problem of continuum damage models is presented. For this a...
Mechanical damages in structures, in structural components of plants and in industrial products usua...
Inverse analysis is currently an important subject of study in several fields of science and enginee...
A damage detection and assessment method has been developed in this paper using the concepts of inve...
One main limitation to the implementation of an SHM system on real structures is the difficulty to a...
The research proposed in this Thesis approaches the multifield materials by two main branches: the s...
The aim of the proposed work is to develop and to test a solution technique for non destructive 2D ...
In this study a domain independent numerical procedure such as the Boundary Element Method (BEM) is ...
The inverse Finite Element Method (iFEM) has recently demonstrated to be a valuable tool, not only f...
A reliable prediction of ductile failure in metals is still a wide-open matter of research. Several ...
Abstract. In this paper a thermodynamically consistent damage mechanic model is presented in the con...
In structural engineering, a finite element model is often used to estimate its dynamic or static be...
This paper addresses the problem of identifying structural damage affecting one zone of a beam using...
Following some recent results, the Authors mean to present some analyses concerning the strain local...
Non-stationary inverse problems of deformed solid mechanics are among the most underexplored due to,...
A study to the parameters identification problem of continuum damage models is presented. For this a...
Mechanical damages in structures, in structural components of plants and in industrial products usua...