For metal forming problems, even for a simple forming technology, finite element analysis can provide a solution for calculating deformations, determining stress and strain distributions. The aim of this study is to create a parametric finite element model for deep drawing technology, by which technological optimization as well as theoretical problems can be solved. By performing parameter studies, numerous cases can be analyzed
By sheet metal forming processes the forming limits and part characteristics are defined through the...
This paper presents results of research with FEM simulation of sheet metal forming process. The two ...
This study focuses on the determination of optimum sheet metal forming process and process parameter...
The present paper analyse the main characteristics of the numerical simulation by finite element met...
Analytical modelling of deep drawing process is of value in preliminary process design to illustrate...
Deep drawing processes have an important role in manufacturing, mainly in the automotive industry. T...
Received in a revised form 16.05.2008; published 15.02.2009 Purpose: This paper deals with the FEA o...
Deep drawing is a widely used sheet metal forming technique, and its successful implementation has b...
The main goal of this work is to present a three-dimensional mechanical model for the numerical simu...
ABSTRACT: The deep drawing process is one of the important sheet metal forming process. In this pape...
Deep-drawing operations are performed widely in industrial applications. It is very important for ef...
Deep drawing is a very important metal forming process. Thin steel sheet is important material for m...
Coupling Finite Element (FEM) simulations to mathematical optimisation techniques provides a high po...
© 2017 Elsevier B.V. In this paper we consider the simulation of the dynamic behaviour of deep drawn...
The plastic forming process of sheet plate takes an important place in forming metals. The tradition...
By sheet metal forming processes the forming limits and part characteristics are defined through the...
This paper presents results of research with FEM simulation of sheet metal forming process. The two ...
This study focuses on the determination of optimum sheet metal forming process and process parameter...
The present paper analyse the main characteristics of the numerical simulation by finite element met...
Analytical modelling of deep drawing process is of value in preliminary process design to illustrate...
Deep drawing processes have an important role in manufacturing, mainly in the automotive industry. T...
Received in a revised form 16.05.2008; published 15.02.2009 Purpose: This paper deals with the FEA o...
Deep drawing is a widely used sheet metal forming technique, and its successful implementation has b...
The main goal of this work is to present a three-dimensional mechanical model for the numerical simu...
ABSTRACT: The deep drawing process is one of the important sheet metal forming process. In this pape...
Deep-drawing operations are performed widely in industrial applications. It is very important for ef...
Deep drawing is a very important metal forming process. Thin steel sheet is important material for m...
Coupling Finite Element (FEM) simulations to mathematical optimisation techniques provides a high po...
© 2017 Elsevier B.V. In this paper we consider the simulation of the dynamic behaviour of deep drawn...
The plastic forming process of sheet plate takes an important place in forming metals. The tradition...
By sheet metal forming processes the forming limits and part characteristics are defined through the...
This paper presents results of research with FEM simulation of sheet metal forming process. The two ...
This study focuses on the determination of optimum sheet metal forming process and process parameter...