In this paper we present some numerical results concerning the identification of material parameters in linear elasticity by dealing with small deformations. On the basis of a precise example different aspects of the parameter estimation problem are considered. We deal with practical questions such as the experimental design for obtaining sufficient data for recovering the unknown parameters as well as questions of treating the corresponding inverse problems numerically. Two algorithms for solving these problems can be introduced and extensive numerical case studies are presented and discussed
AbstractRealistic simulations of machining processes require a correct description of the material b...
International audienceForming process simulations require a precise knowledge of the input material ...
Inverse methods offer a powerful tool for the determination of elasto-plastic material properties. C...
In this paper we present some numerical results concerning the identification of material parameter...
Die Dissertation beschäftigt sich mit Parameteridentifikationsproblemen, wie sie häufig in Fragestel...
The purpose of this study is to set the numerical bases before approaching the study of the identifi...
In this paper we discuss the identification of parameter functions in material models for elastic la...
Formulating the complete description of a material behavior includes finding the numerical values of...
AbstractA study on material parameter identification of linearly elastic structures is presented in ...
In this paper we continue the considerations of [5] (CSC/09-05). A numerical study for the parameter...
In der vorliegenden Arbeit werden verschiedene Methoden der Parameteridentifkation anhand von realen...
Inverse methods are a modern alternative technique to traditional standard testi...
Abstract. Inverse methods are a modern alternative technique to traditional standard testing for the...
We analyze the problem of material parameter identification for a certain model of finite strain plast...
International audienceWithin the framework of linear elasticity we assume the availability of intern...
AbstractRealistic simulations of machining processes require a correct description of the material b...
International audienceForming process simulations require a precise knowledge of the input material ...
Inverse methods offer a powerful tool for the determination of elasto-plastic material properties. C...
In this paper we present some numerical results concerning the identification of material parameter...
Die Dissertation beschäftigt sich mit Parameteridentifikationsproblemen, wie sie häufig in Fragestel...
The purpose of this study is to set the numerical bases before approaching the study of the identifi...
In this paper we discuss the identification of parameter functions in material models for elastic la...
Formulating the complete description of a material behavior includes finding the numerical values of...
AbstractA study on material parameter identification of linearly elastic structures is presented in ...
In this paper we continue the considerations of [5] (CSC/09-05). A numerical study for the parameter...
In der vorliegenden Arbeit werden verschiedene Methoden der Parameteridentifkation anhand von realen...
Inverse methods are a modern alternative technique to traditional standard testi...
Abstract. Inverse methods are a modern alternative technique to traditional standard testing for the...
We analyze the problem of material parameter identification for a certain model of finite strain plast...
International audienceWithin the framework of linear elasticity we assume the availability of intern...
AbstractRealistic simulations of machining processes require a correct description of the material b...
International audienceForming process simulations require a precise knowledge of the input material ...
Inverse methods offer a powerful tool for the determination of elasto-plastic material properties. C...