Modern structural engineering is impossible without the use of materials and structures with
high strength and low specific weight. This work carries out a quantitative and qualitative …

The development of high-performance dissimilar aluminum–steel joints is necessary to
promote the feasibility of multi-material design and lightweight manufacturing. However …

The additive production of metallic components with high-throughput is usually associated
with high process temperatures and slow cooling rates. This typically results in strongly …

To evaluate the potential of similar and dissimilar welding, 3 mm thick plates of 5083 and
7039 aluminum alloys were joined by using the self-reactive friction stir welding technique …

In this study, a simulation is developed for dissimilar metal sheets followed by a
mathematical model for laser welding. The continuous disk laser welding process for …

The modeling and optimization of resistance spot welded 5052 aluminum to Al-Si coated
boron steel was quantitatively analyzed using response surface methodology and genetic …

This study is directed at developing a micro-scale laser scoring process and understanding
the laser-material interaction in ultra-thin aluminium foils (160 μm thickness). The research is …

For the first time, additive manufacturing was used to obtain a strong joint (bonding strength>
200 MPa) between stainless steel and Ti-6Al-4V using a V interlayer. The V interlayer …

This paper investigates the laser welding process of dissimilar Aluminum-Magnesium
materials. A three-dimensional transient model has been developed using the'Ansys …

Dissimilar metal joints, particularly those involving aluminum and iron (Al–Fe), are widely
employed in engineering due to their exceptional mechanical properties and unique …