Add to ORKGNi based superalloys can be welded by diffusion bonding. Temperature, diffusion coefficient, activation energy and Boltzmann constant influence the quality of diffusion bonding, so obtaining the best condition for welding is considered. Showing the suitable condition for diffusion welding of nickel-based superalloys is the aim of this paper
Based on molecular dynamics (MD) simulation, the behaviors and mechanisms of diffusion welding betwe...
The results of the joining of heterogeneous materials, such as titanium with stainless steel (servic...
The results of the joining of heterogeneous materials, such as titanium with stainless steel (servic...
Ni based superalloys can be welded by diffusion bonding. Temperature, diffusion coefficient, activat...
Ni based superalloys can be welded by diffusion bonding. Temperature, diffusion coefficient, activat...
Atomistic investigation of diffusion welding between Aluminium and Nickel has been investigated, by ...
Dissimilar diffusion boning between an oxide dispersion strengthened (ODS) Ni-base alloy, MA758, and...
Diffusion bonding is the prefered technique to join modern nickel based superalloys and produce hybr...
Diffusion bonding is the prefered technique to join modern nickel based superalloys and produce hybr...
Diffusion bonding is the prefered technique to join modern nickel based superalloys such as an aero-...
Diffusion bonding is the prefered technique to join modern nickel based superalloys such as an aero-...
With a view of furthering the application of diffusion bonding in aerospace applications, the influe...
Diffusion welding is a solid joining technique allowing for full cross-section welding. There is no ...
Based on molecular dynamics (MD) simulation, the behaviors and mechanisms of diffusion welding betwe...
A study of the diffusion bonding of nickel to irons and steels of various carbon contents was undert...
Based on molecular dynamics (MD) simulation, the behaviors and mechanisms of diffusion welding betwe...
The results of the joining of heterogeneous materials, such as titanium with stainless steel (servic...
The results of the joining of heterogeneous materials, such as titanium with stainless steel (servic...
Ni based superalloys can be welded by diffusion bonding. Temperature, diffusion coefficient, activat...
Ni based superalloys can be welded by diffusion bonding. Temperature, diffusion coefficient, activat...
Atomistic investigation of diffusion welding between Aluminium and Nickel has been investigated, by ...
Dissimilar diffusion boning between an oxide dispersion strengthened (ODS) Ni-base alloy, MA758, and...
Diffusion bonding is the prefered technique to join modern nickel based superalloys and produce hybr...
Diffusion bonding is the prefered technique to join modern nickel based superalloys and produce hybr...
Diffusion bonding is the prefered technique to join modern nickel based superalloys such as an aero-...
Diffusion bonding is the prefered technique to join modern nickel based superalloys such as an aero-...
With a view of furthering the application of diffusion bonding in aerospace applications, the influe...
Diffusion welding is a solid joining technique allowing for full cross-section welding. There is no ...
Based on molecular dynamics (MD) simulation, the behaviors and mechanisms of diffusion welding betwe...
A study of the diffusion bonding of nickel to irons and steels of various carbon contents was undert...
Based on molecular dynamics (MD) simulation, the behaviors and mechanisms of diffusion welding betwe...
The results of the joining of heterogeneous materials, such as titanium with stainless steel (servic...
The results of the joining of heterogeneous materials, such as titanium with stainless steel (servic...