As an important thermophysical property, polymers' glass transition temperature, Tg, could
sometimes be difficult to determine experimentally. Modeling methods, particularly data …

Shape memory alloys (SMAs) are a class of metallic compounds that can return to their
original forms, shapes, or sizes, when subjected to environmental stimuli, such as …

Ni-based single crystal superalloys exhibit superb mechanical strength, particularly, creep
resistance at elevated temperature. The unique microstructure, which is consisted of γ γ and …

Recently, Fe-based superconductors have shown promising properties of high critical
temperature and high upper critical fields, which are prerequisites for applications in high …

The ABO 3 crystal structure allows for enormous flexibilities in ion doping and substitutions,
which enables tailoring of oxygen ionic conductivities to fit practical applications. We …

The increase in critical temperature of high-temperature superconductors fulfills needs of
practical applications with liquid-helium-free refrigeration and a delay in magnet failure. But …

Spinels can house a large variety of elements into the crystal structure. As a crystallographic
parameter, the lattice constant, a, is highly sought in further investigations into materials …

The thermal stability of lubricant additives is a fundamental parameter in practical
applications, which is determined by the molecular structure. The ability to predict thermal …

Perovskites having the chemical formulae of ABX 3 are promising candidates for various
electronic, magnetic, and thermal applications. One of the important structural factors is a …

The central magnetic flux density is usually simulated via finite element methods that require
a significant amount of inputs and computation resources. We develop the Gaussian …