The thesis is dedicated to welding combination of titanium alloy Ti-6Al-4V and austenitic steels 1.4301 by electron beam. Based on literature studies of bonding titanium and its alloys with steels, it was proposed to select for welding interlayer of copper, which could limit the impact of intermetallic phases on the mechanical properties of the weld seam and enable the creation of weld. For welding the pipe samples were used three methods of welding with various welding parameters. Samples which remain after thermal cycling vacuum-tight, were then further analyzed (micro-hardness, tensile test, etc.)
The use of pure titanium and titanium alloys have been increased recently in fixed, removable prosth...
Titanium and its alloys have excellent combination of properties, such as low density, high specific...
Possibilities of obtaining and using an intermediate layer for joining of Ti-TiB and austenitic stee...
Titanium and aluminium alloys are among the most used construct materials due to their physical and ...
The aim of this bachelor thesis is to evaluate macro and microstructures of weld joints made of tita...
Titanium is considered one of the best engineering materials for industrial applications with the di...
Similar and dissimilar butt joint welds comprising combinations of commercially pure grade 4 titaniu...
The welding of titanium alloys must be conducted in completely inert or vacuum environments due to t...
Dissimilar metal joining between titanium and kovar alloys was conducted using electron beam welding...
Electron beam welding of a titanium alloy (Ti-6Al-4V) and a kovar alloy (Fe-29Ni-17Co) was performed...
Commercially pure titanium Ti Grade 2, 2 mm in thickness, was welded to 2 mm thick nickel alloy 201 ...
The basic regularities and ways of optimizing the production of welded joints of Ti – TiB alloy plat...
Dissimilar metal joining between titanium and kovar alloys was conducted using electron beam welding...
The problematics of weldability of heterogeneous welds of aluminium and titanium alloys produced by ...
A welding of dissimilar alloy gives an optimum combination of high strength of Ti-10V-2Fe3Al (Ti1023...
The use of pure titanium and titanium alloys have been increased recently in fixed, removable prosth...
Titanium and its alloys have excellent combination of properties, such as low density, high specific...
Possibilities of obtaining and using an intermediate layer for joining of Ti-TiB and austenitic stee...
Titanium and aluminium alloys are among the most used construct materials due to their physical and ...
The aim of this bachelor thesis is to evaluate macro and microstructures of weld joints made of tita...
Titanium is considered one of the best engineering materials for industrial applications with the di...
Similar and dissimilar butt joint welds comprising combinations of commercially pure grade 4 titaniu...
The welding of titanium alloys must be conducted in completely inert or vacuum environments due to t...
Dissimilar metal joining between titanium and kovar alloys was conducted using electron beam welding...
Electron beam welding of a titanium alloy (Ti-6Al-4V) and a kovar alloy (Fe-29Ni-17Co) was performed...
Commercially pure titanium Ti Grade 2, 2 mm in thickness, was welded to 2 mm thick nickel alloy 201 ...
The basic regularities and ways of optimizing the production of welded joints of Ti – TiB alloy plat...
Dissimilar metal joining between titanium and kovar alloys was conducted using electron beam welding...
The problematics of weldability of heterogeneous welds of aluminium and titanium alloys produced by ...
A welding of dissimilar alloy gives an optimum combination of high strength of Ti-10V-2Fe3Al (Ti1023...
The use of pure titanium and titanium alloys have been increased recently in fixed, removable prosth...
Titanium and its alloys have excellent combination of properties, such as low density, high specific...
Possibilities of obtaining and using an intermediate layer for joining of Ti-TiB and austenitic stee...