Add to ORKGAbstract Continuous drive friction welding of cast AlSi/SiC(p) metal matrix composites in systems AlSi11-AlSi9/SiC/21 (p) , AlSi9/SiC/21 (p) -AlSi9/SiC/21 (p) AlSi11/SiC/15 (p) -AlSi11/SiC/15 (p) have been made. Examination of welds microstructure revealed that during friction welding process three different zones of size and distribution reinforced particles in the metal matrix appeared. Discernible effect of friction welding parameters on the microstructure matrix has been noticed. Subsequent hardness tests confirmed changes in matrix microstructure and influence particles redistribution on the weld mechanical properties
A metal matrix composite made of AZ31 containing SiC nano-particles was successfully produced by fri...
Advancements in the manufacturing industries particularly in key areas such as new materials develop...
The welding of metal matrix material reinforced with ceramic particles has some problems such as for...
The widespread use of metal matrix composites (MMC) is often limited due to the difficulties related...
Metal matrix composites (MMCs) offer higher specific stiffness and strength, better wear resistance ...
The present work is aimed at evaluating the feasibility of the linear friction welding processto pro...
Abstract Advancement in automotive part development demands new cost-effective materials with higher...
This study focuses on the properties and process parameters dictating behavioural aspects of frictio...
The advancement of friction stir welding for joining of aluminum alloys and aluminum centered matrix...
Aluminum alloys used in aircrafts generally exhibit low weldability on fusion welding techniques. Fr...
In this study, metal particles were added during the spot friction welding (SFW) process, a solid st...
The weldability, microstructure evolution and mechanical properties of an AA6063 aluminium alloy and...
Metal matrix composites (MMCs) are engineering materials that their increasingly replacing of a numb...
The aim of the present work is to evaluate the possibility of using the Linear Friction Welding (LFW...
[[abstract]]This research uses a rotation friction welding system with 360Al and 360Al/5v-%-10v-% (v...
A metal matrix composite made of AZ31 containing SiC nano-particles was successfully produced by fri...
Advancements in the manufacturing industries particularly in key areas such as new materials develop...
The welding of metal matrix material reinforced with ceramic particles has some problems such as for...
The widespread use of metal matrix composites (MMC) is often limited due to the difficulties related...
Metal matrix composites (MMCs) offer higher specific stiffness and strength, better wear resistance ...
The present work is aimed at evaluating the feasibility of the linear friction welding processto pro...
Abstract Advancement in automotive part development demands new cost-effective materials with higher...
This study focuses on the properties and process parameters dictating behavioural aspects of frictio...
The advancement of friction stir welding for joining of aluminum alloys and aluminum centered matrix...
Aluminum alloys used in aircrafts generally exhibit low weldability on fusion welding techniques. Fr...
In this study, metal particles were added during the spot friction welding (SFW) process, a solid st...
The weldability, microstructure evolution and mechanical properties of an AA6063 aluminium alloy and...
Metal matrix composites (MMCs) are engineering materials that their increasingly replacing of a numb...
The aim of the present work is to evaluate the possibility of using the Linear Friction Welding (LFW...
[[abstract]]This research uses a rotation friction welding system with 360Al and 360Al/5v-%-10v-% (v...
A metal matrix composite made of AZ31 containing SiC nano-particles was successfully produced by fri...
Advancements in the manufacturing industries particularly in key areas such as new materials develop...
The welding of metal matrix material reinforced with ceramic particles has some problems such as for...