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Modeling of biotransport phenomena inside human body has being paid attentions for last 50 years. Most of mathematical model only consider energy conservation which is bioheat. However in biosystems, the heat and chemical compositions with mas and momentum are coupled. The macroscopic volume-averaged transport model is presented in the previous paper. This paper we present our mathematical expressions...
Diffusive phenomena occurring everywhere in natural and engineering systems. Mathematical modeling and simulation of diffusive phenomena has been an important issue of computational fluid dynamics (CFD) not only in scientific and engineering fields, but also in geoscience and social and medical sciences. How to utilize client-based Web services for interactive computing, especially in P2P systems...
Micro semi-pyramidal pattern arrays were directly created on the commercially available polymer substrate (polycarbonate, PC) by pressing a glassy carbon (GC) mold in the hot-embossing process with self-made hot-embossing machine. The micro feature of negative cavity on the GC mold was fabricated by Focus Ion Beam technique (FIB). The cavities were approximately 65times70 um at width and 42 um at...
In this paper, a thermal method to analyze the features of tiny drops is investigated. The explanation is based on the fundamental laws of heat transfer and phase transition. This simple approach is to divide the thermal behavior of a droplet upon settling on the surface of a thermopile sensor into two successive phases, so that the process could be modeled by means of a set of partial differential...
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