To obtain the aluminum alloy with high thermal and mechanical properties, the effects of
alloying elements and the second phases on the thermal conductivity of Al alloys were …

The effects of point defects on the mechanical and thermal conductivity of aluminum at room
temperature have been investigated based on the first-principles calculations combined with …

To investigate the effect of Zr on the properties of the Al–Fe–Cu system, the structural
stability, electronic structure, and thermodynamic properties of the Al 3 Zr, Al 6 Fe, Al 2 Cu …

The thermal conductivity of aluminum alloys is mainly influenced by alloying elements,
including their species, content, and existing state, but the influence level of each factor is …

A first-principles investigation of the structural and thermodynamic properties of Al 3 Sc and
Al 3 Zr intermetallics has been conducted using the norm--conserving pseudopotentials …

Based on first-principles calculations, the effects of substitutional defects of the 3d–5d
transition metal elements TMAl on the stability and thermal conductivity of the aluminum …

Aluminum alloys have been extensively used as heatproof and heat-dissipation components
in automotive and communication industries, and the demand for aluminum alloys with …

The stability and mechanical and thermodynamic properties of Al11RE3 intermetallics (RE=
Sc, Y and lanthanide La-Lu) have been investigated by combining first-principles and Debye …

Metals are widely used for heat sink and thermal management products, and their thermal
conductivities are critical in determining the cooling performance. An efficient method to …

Thermal properties of several L1 2 Al 3 RE (RE= Y, Dy, Ho, Er, Tm and Lu) intermetallic
compounds are studied using the first-principles phonon calculations. The thermal …