Add to ORKGAn experimental and simulation study on build thickness dependent microstructure for electron beam melted Ti-6A
With the demand of devices to replace or improve areas, such as: electronic, biomedical and aerospac...
Electron beam melting (EBM), a technique of additive manufacturing (AM) has been increasingly studie...
A study was conducted to evaluate the relative significance of input parameters on Ti- 6Al-4V deposi...
Build thickness dependent microstructure of electron beam melted (EBM®) Ti–6Al–4V has been investiga...
The effect of sample dimensions and process parameters (beam current, scan speed, offset focus and s...
In the current work an investigation of the microstructures of EBM built Ti-6Al-4V test bars has be...
The work presented in this dissertation is concerned with the microstructures and surface roughness ...
Additive Layer Manufacturing is one of the most promising and investigated manufacturing system due ...
The geometry and material properties of additively manufactured (AM) parts are closely related in a ...
An additive layer manufacturing (ALM) technique, electron beam melting, has been used for the produc...
The defect microstructure of the samples manufactured from Ti-6Al-4V powder was studied using electr...
In an additive manufactured metallic part, distinct and different microstructure and mechanical prop...
Electron Beam Melting (EBM), a powder bed additive layer manufacturing process, was used to produce ...
The microstructure and small-scale properties of horizontally and vertically printed Ti-6Al-4V alloy...
Ti-6Al-4V is one of the most widely used titanium alloy in aerospace applications. A new generation ...
With the demand of devices to replace or improve areas, such as: electronic, biomedical and aerospac...
Electron beam melting (EBM), a technique of additive manufacturing (AM) has been increasingly studie...
A study was conducted to evaluate the relative significance of input parameters on Ti- 6Al-4V deposi...
Build thickness dependent microstructure of electron beam melted (EBM®) Ti–6Al–4V has been investiga...
The effect of sample dimensions and process parameters (beam current, scan speed, offset focus and s...
In the current work an investigation of the microstructures of EBM built Ti-6Al-4V test bars has be...
The work presented in this dissertation is concerned with the microstructures and surface roughness ...
Additive Layer Manufacturing is one of the most promising and investigated manufacturing system due ...
The geometry and material properties of additively manufactured (AM) parts are closely related in a ...
An additive layer manufacturing (ALM) technique, electron beam melting, has been used for the produc...
The defect microstructure of the samples manufactured from Ti-6Al-4V powder was studied using electr...
In an additive manufactured metallic part, distinct and different microstructure and mechanical prop...
Electron Beam Melting (EBM), a powder bed additive layer manufacturing process, was used to produce ...
The microstructure and small-scale properties of horizontally and vertically printed Ti-6Al-4V alloy...
Ti-6Al-4V is one of the most widely used titanium alloy in aerospace applications. A new generation ...
With the demand of devices to replace or improve areas, such as: electronic, biomedical and aerospac...
Electron beam melting (EBM), a technique of additive manufacturing (AM) has been increasingly studie...
A study was conducted to evaluate the relative significance of input parameters on Ti- 6Al-4V deposi...