Injection forging is a nett-shape manufacturing process which enables the forming of complex component-forms that are difficult to form by conventional metal-conversion processes. The state-of-the-art of the research in this subject is reviewed with reference to different process configurations, forming limits, energy/pressure requirements, process modelling and product forms
Hollow gear-shafts were formed with a radial extrusion configuration, which involves the use of poly...
To produce thick-walled, tubular components economically, the forming configuration in which a press...
FORGING is a process by which a billet of simple cross section is plastically deformed by applying c...
Injection forging is a nett-shape manufacturing process which enables the forming of complex compone...
During injection forging, the ratio of axial and radial deformation of each section of billet in the...
Methodology and supporting techniques for design are developed with a view to defining a design and ...
The automotive component manufacturing sector is experiencing fierce competitions. To enable improve...
Injection forging is a Nett-shape manufacturing process in which one or two punches move axially cau...
Manufacture of tubular components by pressure-assisted injection forging has several advantages over...
Forging is an industrial manufacturing method in which metal parts/components are shaped from feedst...
Competition in the automotive fasteners production has been fierce and there are needs for higher qu...
Numerous engineering components may be created in a hollow form without detracting from their perfor...
Injection forging has advantages for the nett-forming of flange-typed components. Research, however,...
The Using of lightweight structures is a big trend for reducing fuel consumption and CO² emissions e...
In order to improve production efficiency, injection forging as a feasible approach was introduced t...
Hollow gear-shafts were formed with a radial extrusion configuration, which involves the use of poly...
To produce thick-walled, tubular components economically, the forming configuration in which a press...
FORGING is a process by which a billet of simple cross section is plastically deformed by applying c...
Injection forging is a nett-shape manufacturing process which enables the forming of complex compone...
During injection forging, the ratio of axial and radial deformation of each section of billet in the...
Methodology and supporting techniques for design are developed with a view to defining a design and ...
The automotive component manufacturing sector is experiencing fierce competitions. To enable improve...
Injection forging is a Nett-shape manufacturing process in which one or two punches move axially cau...
Manufacture of tubular components by pressure-assisted injection forging has several advantages over...
Forging is an industrial manufacturing method in which metal parts/components are shaped from feedst...
Competition in the automotive fasteners production has been fierce and there are needs for higher qu...
Numerous engineering components may be created in a hollow form without detracting from their perfor...
Injection forging has advantages for the nett-forming of flange-typed components. Research, however,...
The Using of lightweight structures is a big trend for reducing fuel consumption and CO² emissions e...
In order to improve production efficiency, injection forging as a feasible approach was introduced t...
Hollow gear-shafts were formed with a radial extrusion configuration, which involves the use of poly...
To produce thick-walled, tubular components economically, the forming configuration in which a press...
FORGING is a process by which a billet of simple cross section is plastically deformed by applying c...