The rapid advancement of laser technology in engineering sectors has expanded its
application scope, particularly in modifying material surface properties, resulting in cutting …

Aluminum alloy adhesive bonding joint widely appears in many industrial products.
Improving the mechanical performances of aluminum alloy bonding joints has been …

Titanium alloys have expanded concentration in various industries such as aviation, naval
and medical because of their higher stiffness-to-mass ratio, higher toughness at elevated …

In this study, a CNN-based image processing technique was utilized for an EDM-machined
tactile plate (VDI 3400) with 16 distinct surface roughness features. The images (1600× …

The oxide film can be formed on the cutting surface of titanium alloy during cutting process,
which affects the mechanics performance of titanium alloy. The single factor dry cutting …

Additive manufacturing in combination with adhesive bonding enables high lightweight
potential in structural design. A decisive factor for high adhesive bond performance are the …

In this study, a laser surface pre-treatment strategy was applied to aluminium 7075-T6 alloy,
in which the laser power, speed and frequency were varied to determine the best modified …

This study investigated the relationship of the joining strength between interfacial
microstructures and the hygrothermal aging characteristics of CFRP and Ti-6Al-4V (Ti-64) …

Laser-patterned small-scale QR codes have been widely used for rapid product
identification in production history or inventory management. This study proposed a laser …

The interfacial bonding characteristics significantly affect the overall performance of the
hybrid composites formed by the connection of metal/epoxy resin matrix composites. For this …