Studies of Teaching Transport Phenomena to Chemical Engineering Postgraduates

Teaching Transport Phenomena in Biological Systems*

Teaching transport process to students in medical and biological engineering is very important for their understanding of many of the fluid flow, heat transfer, and mass transfer processes related to biological systems. The classical approach to transport process presentation is compared to an analogical systems approach that is more conceptual and less mathematical. Advantages of the latter ap...

A Dynamic, Adaptive, Locally Conservative and Nonconforming Solution Strategy for Transport Phenomena in Chemical Engineering

Transport phenomena, including mass, momentum and heat transfer and the coupling of transport and chemical reactions, play a dominant role in chemical engineering processes. For example, a distillation process in a packed column involves fluid flow (momentum transfer) of liquid and vapor phases, mass transfer within a homogeneous phase and on the liquid and vapor interface, and heat transfer wi...

Numerical Simulation of Transport Phenomena in Nuclear Cores

Numerical Simulation of Transport Phenomena in Nuclear Cores

Nanoscale Studies on Aggregation Phenomena in Nanofluids

Understanding the microscopic dispersion and aggregation of nanoparticles at nanoscale media has become an important challenge during the last decades. Nanoscale modeling techniques are the important tools to tackle many of the complex problems faced by engineers and scientists. Making progress in the investigations at nanoscale whether experimentally or computationally has helped understand th...