Phase change materials provide desirable characteristics for latent heat thermal energy
storage by keeping the high energy density and quasi isothermal working temperature …

Interactions between the solidification front and the remaining suspended particles take
place during solidification of particles reinforced composites. The particles are either …

The aim of the work was to explore the possibility of producing Sn-bearing composite phase
change materials (C-PCMs) intended to be used as Latent Heat Thermal Energy Storage …

Thermal conductive materials with low dielectric constant under high frequencies play an
important role in high-power integrated circuits packaging. The application of Cu in the …

A novel solid–liquid interdiffusion (SLID) bonding method with the assistance of temperature
gradient (TG) was carried out to bonding Cu and Ni substrates with Sn as interlayer. The …

Newly developed AlSnSiZnMg alloys were used as filler metals for ultrasonic-assisted
brazing of SiC ceramics to Ti–6Al–4V alloys in air. The novel filler metal consisted of Al, Sn …

The use of Al for replacing high-cost alloying metals, like Ag, Bi, and Cu, as the second
major element in Sn-based alloys, arises as a promising alternative for the development of …

The ignition and onset melting temperatures, surface morphologies before and after ignition,
as well as combustion products of Mg-xAl (x= 0, 3, 6 and 8 wt.%) alloys were investigated …

Evaluation of thermal conductivity of composite materials is extremely important to control
material performance and stability in thermal applications as well as to study transport …

This work deals with the development of quantitative correlations of hydrogen evolution
performance with solidification microstructural and thermal parameters in Al–1Sn, Al–2Sn, Al …