Emerging fiber aerogels with excellent mechanical properties are considered as promising
thermal insulation materials. However, their applications in extreme environments are …

Fiber-particle-reinforced hybrid composites are widely applied in many fields. Knowing their
effective thermal conductivity (ETC) is essential. This paper first calculates the ETC of …

As a typical phenolic resin-based ablative material, silica/phenolic composites are
extensively used in the aerospace industry. However, thermodynamic properties of …

The performance of resin-based composite materials often exhibits diversity due to the
designability of various components. Thermal conductivity, an important thermal parameter …

Combining with the modified random sequential adsorption algorithms and the
microstructure information obtained from substantial PLM images of carbon/carbon (C/C) …

Fiber-reinforced composites are attractive for many applications in energy fields, such as
thermal energy storage and building energy-saving. In these applications, their effective …

Lightweight, low cost, and high thermal conductivity (TC) are crucial targets for thermal
management material development. Short carbon fiber reinforced metal matrix composites …

Phenolic resin-based ablation materials have found widespread applications in the
aerospace industry. The prediction of their thermal conductivity is of paramount importance …

For a thorough understanding of strengthening of carbon fiber reinforced magnesium matrix
composites (C f/Mg composites), all the issues affecting strengthening, including interface …

Boundary condition plays an important role in prediction of the effective thermal conductivity
of composites. In this research, the periodic boundary condition and the representative …