This paper presents results of research with FEM simulation of sheet metal forming process. The two types of aluminium alloys from 5XXX and 6XXX series, which are used in automotive industry, were compared. The computer simulation and numerical analysis of deep drawing cup test were used to predict the ability of the forming of these alloys. The plasti-city model Hill'90 was used for stamping simulations. The results of nu-merical simulation were validated by real experiment using sheet metal testing machine Erichsen 145-60. Both results were compared with regard to prediction accuracy in changes of thickness and ear profile
Minimization of response times and costs and maximization of the efficiency and quality in producing...
Increasing use of new technologies in automotive and aircraft applications requires intensive resear...
This work analyses the results of a simple forming process of an AA6060 aluminium alloy sheet in ord...
This paper presents results of research with FEM simulation of sheet metal forming process. The two ...
Sheet metal forming processes, especially deep drawing processes give diverse results by various mat...
With advances in computer hardware and software, it is possible to model material processing, produc...
Sheet metal forming is an important technology in manufacturing, especially in the automotive indust...
Şekillenebilirliği ölçmenin yollarından biri, parçaların derin çekilebilirlik özelliklerini bulmaktı...
The plastic forming process of sheet plate takes an important place in forming metals. The tradition...
International audienceNowadays, aluminium alloys are increasingly used in the automotive industry, s...
This thesis includes four appended papers. The thesis describes the challenges and advantages of the...
The recent trend to reduce the thickness of metallic sheets used in forming processes strongly incre...
Aluminium sheet drawing processes can be improved by manipulating local flow behaviour by means of e...
The purpose of the work is computer simulation of the aluminium extrusion process using the Finite e...
The formability of a material is an important consideration in the design of manufacturing processes...
Minimization of response times and costs and maximization of the efficiency and quality in producing...
Increasing use of new technologies in automotive and aircraft applications requires intensive resear...
This work analyses the results of a simple forming process of an AA6060 aluminium alloy sheet in ord...
This paper presents results of research with FEM simulation of sheet metal forming process. The two ...
Sheet metal forming processes, especially deep drawing processes give diverse results by various mat...
With advances in computer hardware and software, it is possible to model material processing, produc...
Sheet metal forming is an important technology in manufacturing, especially in the automotive indust...
Şekillenebilirliği ölçmenin yollarından biri, parçaların derin çekilebilirlik özelliklerini bulmaktı...
The plastic forming process of sheet plate takes an important place in forming metals. The tradition...
International audienceNowadays, aluminium alloys are increasingly used in the automotive industry, s...
This thesis includes four appended papers. The thesis describes the challenges and advantages of the...
The recent trend to reduce the thickness of metallic sheets used in forming processes strongly incre...
Aluminium sheet drawing processes can be improved by manipulating local flow behaviour by means of e...
The purpose of the work is computer simulation of the aluminium extrusion process using the Finite e...
The formability of a material is an important consideration in the design of manufacturing processes...
Minimization of response times and costs and maximization of the efficiency and quality in producing...
Increasing use of new technologies in automotive and aircraft applications requires intensive resear...
This work analyses the results of a simple forming process of an AA6060 aluminium alloy sheet in ord...