Add to ORKGThis paper researches the process of forging in open die of gradual axial-symmetric workpiece made of alloy AIMg-Si0,5. The physical modelling was carried out, for which an original method for physical discretisation and numerical FEM analysis was developed. The components of tensor were determined: strain, strain rate, stress and the corresponding effective parameters. The results obtained experimentally and through a numerical FEM simulation were compared and analysed
This paper presents computer simulation of the forging process using the finite volume method (FVM)....
The purpose of this research is to achieve the optimal parameters for producing forged aluminium all...
The demand for lighter and stiffer products has been increasing in the last few years especially in ...
This paper researches the process of forging in open die of gradual axial-symmetric workpiece made o...
The paper describes the analysis of the three-dimensional stress and strain state for the process of...
One of the manufacturing processes that can be permanent improved is plastic deformation of metallic...
Present works aims to derive the mathematical models for direct extrusion process for different die ...
The paper presents the analysis of the three-dimensional strain state for the cogging process of a f...
Aluminum forging products has been increasingly used in automotive and aerospace industry due to the...
The present economic situation in the world has been driving the forging industry even at more compe...
CAE (computer aided engineering) evaluates the forging process virtually to optimize the industrial ...
Nowadays, the forging industry has a great importance in the fabrication of metallic parts. Therefor...
A numerical Finite Element Method (FEM) simulation of bulk forming in open dies of step-like axis-sy...
The paper presents the results of investigations of a multicomponent third-generation aluminium allo...
The paper describes the analysis of the three-dimensional stress and strain state for the process of...
This paper presents computer simulation of the forging process using the finite volume method (FVM)....
The purpose of this research is to achieve the optimal parameters for producing forged aluminium all...
The demand for lighter and stiffer products has been increasing in the last few years especially in ...
This paper researches the process of forging in open die of gradual axial-symmetric workpiece made o...
The paper describes the analysis of the three-dimensional stress and strain state for the process of...
One of the manufacturing processes that can be permanent improved is plastic deformation of metallic...
Present works aims to derive the mathematical models for direct extrusion process for different die ...
The paper presents the analysis of the three-dimensional strain state for the cogging process of a f...
Aluminum forging products has been increasingly used in automotive and aerospace industry due to the...
The present economic situation in the world has been driving the forging industry even at more compe...
CAE (computer aided engineering) evaluates the forging process virtually to optimize the industrial ...
Nowadays, the forging industry has a great importance in the fabrication of metallic parts. Therefor...
A numerical Finite Element Method (FEM) simulation of bulk forming in open dies of step-like axis-sy...
The paper presents the results of investigations of a multicomponent third-generation aluminium allo...
The paper describes the analysis of the three-dimensional stress and strain state for the process of...
This paper presents computer simulation of the forging process using the finite volume method (FVM)....
The purpose of this research is to achieve the optimal parameters for producing forged aluminium all...
The demand for lighter and stiffer products has been increasing in the last few years especially in ...