The object of this study was to develop parameter of the die forging process, such as feedstock temperature and to investigate her impact on the structure and mechanical properties of magnesium alloys in different heat treatment conditions. Tests were carried out on a 2,5MN maximum capacity vertical hydraulic press using forgings of sample (model) shapes. Then, based on the results obtained in previous work, research was carried out to develop for items forged from magnesium alloys the parameters of heat treatment to the T5 and T6 condition in the context of achieving possibly homogeneous and fine-grained structure and, consequently, high mechanical properties
A new approach (Cotd Hydrostatic Forging) towards an improvement of the forming behaviour ofmagnesiu...
Article present die-closed particularities of wrought magnesium alloys: deformation mechanisms, anis...
The chapter presents an analysis of selected magnesium alloys as structural materials to be used in ...
The object of this study was to develop parameter of the die forging process, such as feedstock temp...
In the present investigation, open die forging tests have been conducted for AZ31 and ZK60 Mg alloys...
Magnesium alloys have gained considerable attention in the last fifteen years for application in ele...
27-35High pressure die casting (HPDC) of magnesium (Mg) alloys has been the fastest grown up and the...
AbstractThe paper is focused on magnesium alloys with different initial states – cast or extruded – ...
This paper presents the results of numerical tests of the process of forging magnesium alloy ingots ...
High-pressure die casting is the most common method used to produce magnesium castings, due to the e...
Before beginning the experimental work of this study, a magnesium high pressure die casting facility...
High-strength magnesium alloys show great potentials for aviation and aerospace applications due to ...
Investigation of the tensile and fatigue properties of cast magnesium alloys, created by the heated ...
This paper presents a study of temperature conditions for the homogenization of a cast high-strength...
Mechanical processing improves the mechanical behavior of modern materials, thus increasing their st...
A new approach (Cotd Hydrostatic Forging) towards an improvement of the forming behaviour ofmagnesiu...
Article present die-closed particularities of wrought magnesium alloys: deformation mechanisms, anis...
The chapter presents an analysis of selected magnesium alloys as structural materials to be used in ...
The object of this study was to develop parameter of the die forging process, such as feedstock temp...
In the present investigation, open die forging tests have been conducted for AZ31 and ZK60 Mg alloys...
Magnesium alloys have gained considerable attention in the last fifteen years for application in ele...
27-35High pressure die casting (HPDC) of magnesium (Mg) alloys has been the fastest grown up and the...
AbstractThe paper is focused on magnesium alloys with different initial states – cast or extruded – ...
This paper presents the results of numerical tests of the process of forging magnesium alloy ingots ...
High-pressure die casting is the most common method used to produce magnesium castings, due to the e...
Before beginning the experimental work of this study, a magnesium high pressure die casting facility...
High-strength magnesium alloys show great potentials for aviation and aerospace applications due to ...
Investigation of the tensile and fatigue properties of cast magnesium alloys, created by the heated ...
This paper presents a study of temperature conditions for the homogenization of a cast high-strength...
Mechanical processing improves the mechanical behavior of modern materials, thus increasing their st...
A new approach (Cotd Hydrostatic Forging) towards an improvement of the forming behaviour ofmagnesiu...
Article present die-closed particularities of wrought magnesium alloys: deformation mechanisms, anis...
The chapter presents an analysis of selected magnesium alloys as structural materials to be used in ...