Heat Transport in Nanofluids and Biological Tissues
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Beschreibung
Jing Fan’s PhD research addresses the theoretical modeling and numerical computation of transport in multiphase and multiscale systems. This research explores developing a comprehensive analytical theory of bioheat transfer. Her thesis also contains two critical reviews on heat transport in nanofluids and bioheat transfer. Therefore, this thesis provides an invaluable resource for any scientist or engineer who is interested in these fields, and is especially accessible to newcomers.
Jing Fan’s PhD research addresses the theoretical modeling and numerical computation of transport in multiphase and multiscale systems. This research explores developing a comprehensive analytical theory of bioheat transfer. Her thesis also contains two critical reviews on heat transport in nanofluids and bioheat transfer. Therefore, this thesis provides an invaluable resource for any scientist or engineer who is interested in these fields, and is especially accessible to newcomers.
Nominated by The University of Hong Kong as the outstanding thesis in the field
Contributes comprehensive reviews on nanofluids and bioheat transfer
Focuses on the applications of porous media theory on two distinct areas
Explores on developing a comprehensive analytical theory of bioheat transfer
Nominated by The University of Hong Kong as the outstanding thesis in the field
Contributes comprehensive reviews on nanofluids and bioheat transfer
Focuses on the applications of porous media theory on two distinct areas
Explores on developing a comprehensive analytical theory of bioheat transfer
Autor*in
Jing Fan
Themen in »Heat Transport in Nanofluids and Biological Tissues«
Bioheat Transfer Biological Tissues Constructal Theory Heat Transport in Nanofluids Microfluidics Multiscale Physics Porous Media Volume Averaging