Add to ORKGAbstract: Precision die forging can be defined as a production of drop forgings whose shape is not very different from the shape of source part at the optimization of production costs and times. This paper deals with precision die forging of gear wheels in closed dies. The process has been realized on one forming operation in heat from ring billet. In comparism with open die forging, costs for forged material have been evaluated. Material flow in die cavity and effective plastic strain of the designed forging process has been realized with the help of computer simulation
In this paper, a die design method is presented for multistage forging of engineering components. Ba...
Global competition requires that the forging industry utilize practical and proven computer aided en...
Flanges are widely used for connecting valves, pipes and other industrial devices such as gearboxes....
This paper presents the results of precision die-forging based on the work carried out in Metaz Work...
There is a strong need in forging industry to reduce waste of material, improve quality, and reduce ...
The review of methods of calculation and optimization of die forging processes is submitted. The sch...
The objective of this research work is to study the variation of various parameters such as stress, ...
This paper discusses the use of conventional forging equipment for the manufacture of precise forgin...
The project elaborated design of technology production of gear wheel from circular blanks of steel 1...
In the traditional approach the numerical simulation of the forging process is mainly focused on the...
This paper discusses the development of engineering tools for die shape design in the forging proces...
In this paper, a hot forging die set is designed for a shaft gear. A finite element software DEFORM ...
ii The estimation of forging die wear and cost are both important issues. Die wear accounts for a la...
The thesis presents a theoretical summary of forging processes. It deals with the selection of semi-...
This paper presents computer simulation of the forging process using the finite volume method (FVM)....
In this paper, a die design method is presented for multistage forging of engineering components. Ba...
Global competition requires that the forging industry utilize practical and proven computer aided en...
Flanges are widely used for connecting valves, pipes and other industrial devices such as gearboxes....
This paper presents the results of precision die-forging based on the work carried out in Metaz Work...
There is a strong need in forging industry to reduce waste of material, improve quality, and reduce ...
The review of methods of calculation and optimization of die forging processes is submitted. The sch...
The objective of this research work is to study the variation of various parameters such as stress, ...
This paper discusses the use of conventional forging equipment for the manufacture of precise forgin...
The project elaborated design of technology production of gear wheel from circular blanks of steel 1...
In the traditional approach the numerical simulation of the forging process is mainly focused on the...
This paper discusses the development of engineering tools for die shape design in the forging proces...
In this paper, a hot forging die set is designed for a shaft gear. A finite element software DEFORM ...
ii The estimation of forging die wear and cost are both important issues. Die wear accounts for a la...
The thesis presents a theoretical summary of forging processes. It deals with the selection of semi-...
This paper presents computer simulation of the forging process using the finite volume method (FVM)....
In this paper, a die design method is presented for multistage forging of engineering components. Ba...
Global competition requires that the forging industry utilize practical and proven computer aided en...
Flanges are widely used for connecting valves, pipes and other industrial devices such as gearboxes....