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Despite their importance, the principles that govern the structure, topology, function, development and evolution of biological flow networks are not well understood.
This study presents a combined photochemical (Fenton) and biological flow reactor for the degradation of p-nitrotoluene-ortho-sulfonic acid (p-NTS).
We show that the emergence of scaling laws in inanimate (geophysical) flow systems is the same phenomenon as the emergence of allometric laws in animate (biological) flow systems.
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Whereas engineers mostly assume steady flows, many biological flows are unsteady, and several such examples are described.
Among the most potent numerical techniques for simulating biological flows in complex geometries is the lattice Boltzmann method (LBM).
We present several examples within the context of biological flows at the microscale in order to validate and highlight the usefulness of the image system in computations.
It is shown that constant wall shear stress in the mother and daughter vessels provides the minimum flow resistance and energy loss of biological flows.
A high fidelity computational method for flow-tissue interaction in biological flows.
A High Fidelity Computational Method for Flow-Tissue Interaction in Biological Flows.
Mittal R, Najjar FM, Byrganhalli R, Seshadri V, Singh H (2004). Simulation of complex biological flows and flow control problems on Cartesian grids.
Mittal R, Najjar F, Byrganhalli R, Seshadri V, Singh H (2004). Simulation of complex biological flows and flow control problems on Cartesian grids.
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