This work presents a comprehensive analysis of heat transfer and thermal conductivity of
porous materials manufactured by spark plasma sintering. Intermetallic nickel aluminide …

This study proposed an analytical model to predict the effective thermal conductivity (ETC) of
bi-sized porous capillary wicks with both interstitial pores (formed inside nickel skeleton) and …

Abstract Effective Thermal Conductivity (ETC) plays a key role in the thermal performance
evaluation of samples with porous structure, which can be characterized by multiple physical …

Purpose The purpose of this study is to develop a novel comprehensive three-dimensional
computational model to predict the transient thermal behavior and residual stresses …

Abstract Binder Jet Printing (BJP) of polycrystalline magnetic shape-memory alloys (MSMAs)
allows to create complex geometries from pre-alloyed powders, while avoiding elemental …

In this study, the effective thermal conductivity of materials based on a porous TPMS
structure is investigated. The resulting structure is similar to a matrix and consists of identical …

Loop heat pipes (LHPs) have consistently garnered attention for effectively managing
thermal conditions in critical electronic components of spacecraft and satellites. Particularly …

This study proposed an analytical model with no empirical factors to predict the effective
thermal conductivity (ETC) of porous capillary wicks with both interstitial pores (formed …

In current research, many researchers propose analytical expressions for calculating the
packing structure of spherical particles such as DN Model, Compact Model and NLS …

abstract Studies of vertical wall fire protection are evaluated with numerical method. Typical
fire cases such as heated dry wall and upward flame spread have been validated. Results …