This chapter is intended to introduce new users to the practical aspects of the thermo-mechanical processing and the finite element method. The hot rolling of aluminium alloys is the topic chosen to illustrate these aspects. This is because rolling is used worldwide and the final product from this kind of operation is the primary material for a wide range of industrial sectors including shipbuilding, construction, automobile, and manufacturing. During this practice, a piece of material is plastically deformed using rotating rolls, which deliver a product with a specific transversal section. According to their shape they can be classified into flat and long products (shape rolling). [Introduction
The paper proposes a radial shear mill (RSM) of a new design, which allows manufacturing metal rods ...
The paper proposes a radial shear mill (RSM) of a new design, which allows manufacturing metal rods ...
Since most important driving force in a manufacturing process is to produce the best product at the ...
The finite element technique has been selected to study the hot rolling process because it offers th...
Available from British Library Document Supply Centre- DSC:DXN064391 / BLDSC - British Library Docum...
The widespread use of aluminum alloys is determined by their technical, physical and mechanical prop...
Abstract: The cold-rolling process is a complex dynamic strain-hardening mechanism that is known for...
This thesis consists of six papers on finite element simulations of the hot rolling of plates. Diffe...
Hot rolling, a critical process in the manufacturing of aluminum sheet, can significantly impact the...
This thesis consists of six papers on finite element simulations of the hot rolling of plates. Diffe...
Hot rolling, a critical process in the manufacturing of aluminum sheet, can significantly impact the...
Abstract- Numerical simulation has become an important tool in the rolling industry. The use of two ...
During the thermomechanical processing of aluminium alloys, the material experiences a complex histo...
This thesis is focused on employing the finite element method (FEM) to simulate hot flat rolling pro...
Numerical Simulation has become a quite important tool in the Manufacturing Industries. Rolling proc...
The paper proposes a radial shear mill (RSM) of a new design, which allows manufacturing metal rods ...
The paper proposes a radial shear mill (RSM) of a new design, which allows manufacturing metal rods ...
Since most important driving force in a manufacturing process is to produce the best product at the ...
The finite element technique has been selected to study the hot rolling process because it offers th...
Available from British Library Document Supply Centre- DSC:DXN064391 / BLDSC - British Library Docum...
The widespread use of aluminum alloys is determined by their technical, physical and mechanical prop...
Abstract: The cold-rolling process is a complex dynamic strain-hardening mechanism that is known for...
This thesis consists of six papers on finite element simulations of the hot rolling of plates. Diffe...
Hot rolling, a critical process in the manufacturing of aluminum sheet, can significantly impact the...
This thesis consists of six papers on finite element simulations of the hot rolling of plates. Diffe...
Hot rolling, a critical process in the manufacturing of aluminum sheet, can significantly impact the...
Abstract- Numerical simulation has become an important tool in the rolling industry. The use of two ...
During the thermomechanical processing of aluminium alloys, the material experiences a complex histo...
This thesis is focused on employing the finite element method (FEM) to simulate hot flat rolling pro...
Numerical Simulation has become a quite important tool in the Manufacturing Industries. Rolling proc...
The paper proposes a radial shear mill (RSM) of a new design, which allows manufacturing metal rods ...
The paper proposes a radial shear mill (RSM) of a new design, which allows manufacturing metal rods ...
Since most important driving force in a manufacturing process is to produce the best product at the ...