In this work we study the physico-chemical and mechanical aspects of the copper/stainless steel and copper/alumina brazed joints. In the physico-chemical part we study the wettability, the reactivity at the interfaces and the microstructure of the brazed joints. The mechanical part relates to the copper/alumina joints obtained by reactive brazing and includes tensile tests and shaft loaded blister tests. From the results we propose optimal solutions of assemblies in term of temperature, brazing time and composition of the braze.Dans ce travail nous étudions les aspects physicochimiques et mécaniques des joints brasés cuivre/acier inoxydable et cuivre/alumine. Dans la partie physicochimique nous étudions la mouillabilité, la réactivité aux i...
This paper reports the results of microstructural characterization studies conducted on copper alloy...
Abstract:The microstructure and mechanical properties of brazed joints of oxygen-free copper and oxy...
A metal ceramic bonding process was developed to produce vacuum tight alumina Inconel 600 joints usi...
In this work we study the physico-chemical and mechanical aspects of the copper/stainless steel and ...
The microstructure evolution dependent deformation and damage mechanisms of reactive air brazed meta...
The effect of bonding temperature on crack occurrences in α-Al2O3/SS 430 joints using Cu-based...
Research article with tables, illustrations, and graphs.Many industrial components such as heat exch...
The joining behaviour between stainless steel and copper has an importance in scientific and enginee...
AbstractDHP (Deoxidized High Phosphorus(copper is widely used in various heat transfer units such as...
Diffusion brazing is employed to join stainless steel 304 using pure copper foil interlayer. The bon...
The paper presents issues of brazing the graphite composite CFC 222 with the molybdenum alloy TZM. B...
A joint of oxide dispersion strengthened copper alloy (ODS-Cu; GlidCop®), i.e., GlidCop®/GlidCop® jo...
A systematic investigation on the reactive brazing technique resulted in a suitable joining technolo...
Reactive air brazing (RAB) is a promising technology to join metals and ceramics in air. RAB brazes ...
Development of planar solid oxide fuel cell systems for automotive application is mostly driven by l...
This paper reports the results of microstructural characterization studies conducted on copper alloy...
Abstract:The microstructure and mechanical properties of brazed joints of oxygen-free copper and oxy...
A metal ceramic bonding process was developed to produce vacuum tight alumina Inconel 600 joints usi...
In this work we study the physico-chemical and mechanical aspects of the copper/stainless steel and ...
The microstructure evolution dependent deformation and damage mechanisms of reactive air brazed meta...
The effect of bonding temperature on crack occurrences in α-Al2O3/SS 430 joints using Cu-based...
Research article with tables, illustrations, and graphs.Many industrial components such as heat exch...
The joining behaviour between stainless steel and copper has an importance in scientific and enginee...
AbstractDHP (Deoxidized High Phosphorus(copper is widely used in various heat transfer units such as...
Diffusion brazing is employed to join stainless steel 304 using pure copper foil interlayer. The bon...
The paper presents issues of brazing the graphite composite CFC 222 with the molybdenum alloy TZM. B...
A joint of oxide dispersion strengthened copper alloy (ODS-Cu; GlidCop®), i.e., GlidCop®/GlidCop® jo...
A systematic investigation on the reactive brazing technique resulted in a suitable joining technolo...
Reactive air brazing (RAB) is a promising technology to join metals and ceramics in air. RAB brazes ...
Development of planar solid oxide fuel cell systems for automotive application is mostly driven by l...
This paper reports the results of microstructural characterization studies conducted on copper alloy...
Abstract:The microstructure and mechanical properties of brazed joints of oxygen-free copper and oxy...
A metal ceramic bonding process was developed to produce vacuum tight alumina Inconel 600 joints usi...