Continuously improving heat transfer efficiency is one of the important goals in the field of
energy. Compact heat exchangers characterized by microscale flow and heat transfer have …

The derivation of analytical equations of non-continuum macroscopic transport phenomena
is underpinned by approximate descriptions of the particle distribution function and is …

High temperature gradients in heat sinks of micro devices cause substantial properties
variations in gas-micro-convection; which constitutes an important strategic research area in …

采用分子动力学理论导出系统熵与熵产率的计算公式, 识别高超声速稀薄流非平衡区域.
根据熵产与非平衡现象的基本关系, 确定了衡量气体非平衡态的判断方法. 由于熵产率参数存在 …

In this paper, we undertake an analytical study of stresses (augmented and Onsager–
Burnett) and entropy generation for the plane Poiseuille flow problem, and their variation …

An analysis has been provided to determine the transient velocity and steady state entropy
generation in a microfluidic Couette flow influenced by electro-kinetic effect of charged …

A novel technique based on image processing inspired by the simple assumption for the first
time to assess the roughness of nanofibrous mats based on grayscale variations is …

Continuously improving heat transfer efficiency is one of the important goals in the field of
energy. Compact heat exchangers characterized by microscale flow and heat transfer have …

Nanoporous membranes are an important class of nanomaterial that can be used in many
applications, especially in micro-and nanofiltration. Electrospun nanofibrous membranes …

This research describes a three-dimensional (3D) data analysis method to apply on the
surface roughness measurement of nanofibrous mat based on the 3D profile of scanning …