Adhesive bonding requires adequate surface preparation for ensuring an appropriate joint quality. The interest in adhesive joining has recently expanded to thermal systems having a large number of joints employed for manufacturing and assembly. This study presents surface topology of copper 110 produced by a laser-interference setup that would theoretically yield a periodicity of 1.7 mm, which is near the 1.6-2 mm structuring limit that was estimated based on thermal diffusion length scale for an 8 ns laser pulse. The results show that although the expected periodic interference structuring was not attained, the melt-induced texturing was affected by the laser-interference profile. Single-lap shear tests are performed with specimen surfaces...
With the possibility of joining dissimilar materials with an areawide load distribution in the inter...
This paper focuses on the effects of the laser surface texturing process and joint configuration of ...
This paper presents the results of laser joined copper-aluminum lap shear samples without filler mat...
Adhesive bonding requires adequate surface preparation for ensuring an appropriate joint quality. Th...
Adhesive bonding requires adequate surface preparation for ensuring an appropriate joint quality. Th...
One of the most commonly applied methods of joining dissimilar materials is gluing. This could be ma...
This study investigated the development of a novel method for designing high-end interference fit fa...
Joining of copper and aluminum sheets are very crucial for battery application. When joining from co...
Nowadays, laser surface modification (LSM) has become the most advance technique for improving the s...
This article belongs to the Special Issue Advanced Epoxy-Based Materials II.The objective of this wo...
This work investigates laser joining of copper sheets to aluminium in overlap configuration. Dissimi...
With exponentially increasing copper alloys consumption globally, the automatization, high efficienc...
This project, jointly sponsored by Rocketdyne and CSTAR, involves the development of laser joining o...
The aim of the present work is to study the effect of laser-induced surface patterning on the streng...
AbstractParticularly in the automotive industry, the combination of dissimilar materials presents ma...
With the possibility of joining dissimilar materials with an areawide load distribution in the inter...
This paper focuses on the effects of the laser surface texturing process and joint configuration of ...
This paper presents the results of laser joined copper-aluminum lap shear samples without filler mat...
Adhesive bonding requires adequate surface preparation for ensuring an appropriate joint quality. Th...
Adhesive bonding requires adequate surface preparation for ensuring an appropriate joint quality. Th...
One of the most commonly applied methods of joining dissimilar materials is gluing. This could be ma...
This study investigated the development of a novel method for designing high-end interference fit fa...
Joining of copper and aluminum sheets are very crucial for battery application. When joining from co...
Nowadays, laser surface modification (LSM) has become the most advance technique for improving the s...
This article belongs to the Special Issue Advanced Epoxy-Based Materials II.The objective of this wo...
This work investigates laser joining of copper sheets to aluminium in overlap configuration. Dissimi...
With exponentially increasing copper alloys consumption globally, the automatization, high efficienc...
This project, jointly sponsored by Rocketdyne and CSTAR, involves the development of laser joining o...
The aim of the present work is to study the effect of laser-induced surface patterning on the streng...
AbstractParticularly in the automotive industry, the combination of dissimilar materials presents ma...
With the possibility of joining dissimilar materials with an areawide load distribution in the inter...
This paper focuses on the effects of the laser surface texturing process and joint configuration of ...
This paper presents the results of laser joined copper-aluminum lap shear samples without filler mat...