Forging is an industrial manufacturing method in which metal parts/components are shaped from feedstock (slugs) by applying compressive forces through various tools and dies. Where closed-die forging is the most common variant – see Figure 1 – this metalworking category also includes such processes as swaging and impact extrusion. Part shapes can be intricate
The object of this study was to develop parameter of the die forging process, such as feedstock temp...
The potential for using steel in lightweight bodywork construction has attained a high level of deve...
This paper proposes the net-shape forging process for the magnesium (Mg) scroll which is a device fo...
This paper summarises the current situation and knowledge on magnesium forging as well as its prospe...
The chapter presents an analysis of selected magnesium alloys as structural materials to be used in ...
The article discusses the impact of hot forging elongation operations on the closure of metallurgica...
High-strength magnesium alloys show great potentials for aviation and aerospace applications due to ...
The paper presents the theoretical and technological aspects of forming magnesium alloy parts for ai...
The paper presents the theoretical and technological aspects of forming magnesium alloy parts for ai...
Magnesium alloys have gained considerable attention in the last fifteen years for application in ele...
An increasing emphasis on emissions reduction and improved fuel economy is leading to a broader util...
While the interest in wrought magnesium applications is growing, forging of magnesium alloys in Euro...
Injection forging is a nett-shape manufacturing process which enables the forming of complex compone...
Article present die-closed particularities of wrought magnesium alloys: deformation mechanisms, anis...
The isothermal forging process is an effective method to manufacture complex-shaped components of ha...
The object of this study was to develop parameter of the die forging process, such as feedstock temp...
The potential for using steel in lightweight bodywork construction has attained a high level of deve...
This paper proposes the net-shape forging process for the magnesium (Mg) scroll which is a device fo...
This paper summarises the current situation and knowledge on magnesium forging as well as its prospe...
The chapter presents an analysis of selected magnesium alloys as structural materials to be used in ...
The article discusses the impact of hot forging elongation operations on the closure of metallurgica...
High-strength magnesium alloys show great potentials for aviation and aerospace applications due to ...
The paper presents the theoretical and technological aspects of forming magnesium alloy parts for ai...
The paper presents the theoretical and technological aspects of forming magnesium alloy parts for ai...
Magnesium alloys have gained considerable attention in the last fifteen years for application in ele...
An increasing emphasis on emissions reduction and improved fuel economy is leading to a broader util...
While the interest in wrought magnesium applications is growing, forging of magnesium alloys in Euro...
Injection forging is a nett-shape manufacturing process which enables the forming of complex compone...
Article present die-closed particularities of wrought magnesium alloys: deformation mechanisms, anis...
The isothermal forging process is an effective method to manufacture complex-shaped components of ha...
The object of this study was to develop parameter of the die forging process, such as feedstock temp...
The potential for using steel in lightweight bodywork construction has attained a high level of deve...
This paper proposes the net-shape forging process for the magnesium (Mg) scroll which is a device fo...