In the automotive industry, many shaft and shaft-like components, including fasteners, are produced by forward extrusion. Some of these components are considered critical for the safe performance of the vehicle and must be free of defects. These defects could be visible external ones, such as laps or cracks, or non-visible internal defects, such as chevrons. Se
A two-stage cold forging process was proposed to manufacture a drive shaft with an internal spline a...
The paper presents a new approach for the prediction of ductile fracture occurrence in multi-stage c...
Cold forging has played a critical role in fasteners and has been applied to the automobile industry...
The use of ductile materials in metal forming is limited by the occurrence of material failure due t...
In this work, the formation mechanisms of surface defects in multistage cold forging of axisymmetric...
AbstractMaterial processing simulation originally started with the prediction of defects created by ...
This work develops a process that solves the problem of the formation of cracks inside forged gas fi...
Being in an industrial contest time a key parameter, very often the design of new forging sequences ...
Cold forging of steel has been modelled using a physical simulation and the finite element method (F...
Cold-forged steel parts are widely used in the automotive and mechanical engineering industry due to...
Cold forging has played a critical role in fasteners and has been widely used in automotive producti...
Lubricants for cold forging operations do not only enable a reliable forging process, but also affec...
During hot forging, the billet is heated to an elevated temperature, forged to the required shape an...
THESIS 6388Throughout the world, almost every machine that moves requires the use of bolts in one fo...
In the precision forging industries, improving product quality and reducing product cost are importa...
A two-stage cold forging process was proposed to manufacture a drive shaft with an internal spline a...
The paper presents a new approach for the prediction of ductile fracture occurrence in multi-stage c...
Cold forging has played a critical role in fasteners and has been applied to the automobile industry...
The use of ductile materials in metal forming is limited by the occurrence of material failure due t...
In this work, the formation mechanisms of surface defects in multistage cold forging of axisymmetric...
AbstractMaterial processing simulation originally started with the prediction of defects created by ...
This work develops a process that solves the problem of the formation of cracks inside forged gas fi...
Being in an industrial contest time a key parameter, very often the design of new forging sequences ...
Cold forging of steel has been modelled using a physical simulation and the finite element method (F...
Cold-forged steel parts are widely used in the automotive and mechanical engineering industry due to...
Cold forging has played a critical role in fasteners and has been widely used in automotive producti...
Lubricants for cold forging operations do not only enable a reliable forging process, but also affec...
During hot forging, the billet is heated to an elevated temperature, forged to the required shape an...
THESIS 6388Throughout the world, almost every machine that moves requires the use of bolts in one fo...
In the precision forging industries, improving product quality and reducing product cost are importa...
A two-stage cold forging process was proposed to manufacture a drive shaft with an internal spline a...
The paper presents a new approach for the prediction of ductile fracture occurrence in multi-stage c...
Cold forging has played a critical role in fasteners and has been applied to the automobile industry...