Molecular dynamics simulations on diffusion bonding of Cu-Ag showed that the thickness of the interfacial region depended on the stress. The interfacial region became amorphous during diffusion bonding, and it would normally transform from amorphous into crystalline structure when the structure was cooled to the room temperature. © 2005 Acta Materialia Inc. Published by Elsevier Ltd. All rights reserved.link_to_subscribed_fulltex
Experimental evidence suggests that high strain rates, stresses, strains and temperatures are experi...
The formation and mechanical properties of amorphous copper are studied using molecular dynamics sim...
Dissimilar metals joining, especially Aluminum (Al) to copper (Cu), have gained importance in batter...
Molecular dynamics (MD) simulations are carried out to analyze the diffusion bonding at Cu/Al interf...
Molecular dynamics (MD) simulations are carried out to analyze the diffusion bonding at Cu/Al interf...
Diffusion bonding of copper disks is an important step during the assembly of accelerating structure...
The microscopic mechanism of the formation and mechanical behavior of amorphous Cu were studied by u...
Diffusion bonding of copper disks is an important step during the assembly of accelerating structure...
Diffusion bonding of copper disks is an important step during the assembly of accelerating structure...
Abstract Molecular dynamics simulation was used to study the properties of the amorphous Cu46Zr54/cr...
The diffusion bonding method is one of the most essential manufacturing technologies for Ti-steel co...
Funding Information: The authors would like to acknowledge the financial support from the University...
Diffusion is the transport of atoms or particles through the surrounding material. Various microstru...
Grain-boundary grooving in an Al thin film was analyzed by molecular-dynamics simulation. The simula...
In this paper, the molecular dynamics (MD) method was used to study the influence of factors of bulk...
Experimental evidence suggests that high strain rates, stresses, strains and temperatures are experi...
The formation and mechanical properties of amorphous copper are studied using molecular dynamics sim...
Dissimilar metals joining, especially Aluminum (Al) to copper (Cu), have gained importance in batter...
Molecular dynamics (MD) simulations are carried out to analyze the diffusion bonding at Cu/Al interf...
Molecular dynamics (MD) simulations are carried out to analyze the diffusion bonding at Cu/Al interf...
Diffusion bonding of copper disks is an important step during the assembly of accelerating structure...
The microscopic mechanism of the formation and mechanical behavior of amorphous Cu were studied by u...
Diffusion bonding of copper disks is an important step during the assembly of accelerating structure...
Diffusion bonding of copper disks is an important step during the assembly of accelerating structure...
Abstract Molecular dynamics simulation was used to study the properties of the amorphous Cu46Zr54/cr...
The diffusion bonding method is one of the most essential manufacturing technologies for Ti-steel co...
Funding Information: The authors would like to acknowledge the financial support from the University...
Diffusion is the transport of atoms or particles through the surrounding material. Various microstru...
Grain-boundary grooving in an Al thin film was analyzed by molecular-dynamics simulation. The simula...
In this paper, the molecular dynamics (MD) method was used to study the influence of factors of bulk...
Experimental evidence suggests that high strain rates, stresses, strains and temperatures are experi...
The formation and mechanical properties of amorphous copper are studied using molecular dynamics sim...
Dissimilar metals joining, especially Aluminum (Al) to copper (Cu), have gained importance in batter...