The paper presents issues of brazing the graphite composite CFC 222 with the molybdenum alloy TZM. Both materials demonstrate significant differences in physicochemical and mechanical properties that significantly affect brazing conditions and properties of the brazed joints. The performed brazing operation was preceded by a wettability test that decided selection of the filler metal. From among various copper-based filler metals, the best appeared a copper brazing filler metal with some addition of active chromium. Presented is a model of the wedge test, helpful at optimising the brazing process of two materials with different properties. Width of the brazing gap was selected on the ground of metallurgical examinations after the wedge test...
This thesis is a discussion on obtaining a vacuum brazing joint of W-Cu alloy and 18-8 stainless ste...
In this work we study the physico-chemical and mechanical aspects of the copper/stainless steel and ...
The complexity of joining dissimilar materials, such as molybdenum-stainless steel, is due to the di...
The paper presents issues of brazing the graphite composite CFC 222 with the molybdenum alloy TZM. B...
Manufacturing and geotechnical engineering utilise a number of machining tools. In their constructio...
The research involved vacuum tests of brazing properties of silver filler metals, containing tin as ...
Alloys based on the Fe3Al intermetallic phase belong to a new generation of metallic materials inten...
Joining of titanium and its alloys with stainless steel by means of welding methods and obtaining jo...
A novel method based on the modification of a commercial brazing alloy was evaluated and used for jo...
A novel method based on the modification of a commercial brazing alloy was evaluated and used for jo...
The analysis of the influence of lithium on wetting properties of Ag-Cu brazing alloys and the shear...
The purpose of the study was to investigate the metallurgical interactions that occur during the bra...
This study presents the basic physico-chemical properties and describes the brazeability of titanium...
The brazing of Mo-Cu composite and 304 stainless steel was carried out in vacuum with Ni-Cr-P filler...
The article summarizes the theoretical knowledge from the field of brazing of graphitic cast iron, e...
This thesis is a discussion on obtaining a vacuum brazing joint of W-Cu alloy and 18-8 stainless ste...
In this work we study the physico-chemical and mechanical aspects of the copper/stainless steel and ...
The complexity of joining dissimilar materials, such as molybdenum-stainless steel, is due to the di...
The paper presents issues of brazing the graphite composite CFC 222 with the molybdenum alloy TZM. B...
Manufacturing and geotechnical engineering utilise a number of machining tools. In their constructio...
The research involved vacuum tests of brazing properties of silver filler metals, containing tin as ...
Alloys based on the Fe3Al intermetallic phase belong to a new generation of metallic materials inten...
Joining of titanium and its alloys with stainless steel by means of welding methods and obtaining jo...
A novel method based on the modification of a commercial brazing alloy was evaluated and used for jo...
A novel method based on the modification of a commercial brazing alloy was evaluated and used for jo...
The analysis of the influence of lithium on wetting properties of Ag-Cu brazing alloys and the shear...
The purpose of the study was to investigate the metallurgical interactions that occur during the bra...
This study presents the basic physico-chemical properties and describes the brazeability of titanium...
The brazing of Mo-Cu composite and 304 stainless steel was carried out in vacuum with Ni-Cr-P filler...
The article summarizes the theoretical knowledge from the field of brazing of graphitic cast iron, e...
This thesis is a discussion on obtaining a vacuum brazing joint of W-Cu alloy and 18-8 stainless ste...
In this work we study the physico-chemical and mechanical aspects of the copper/stainless steel and ...
The complexity of joining dissimilar materials, such as molybdenum-stainless steel, is due to the di...