Since Fluid Mechanics consists of Fluid Statics and fluid Dynamics .
So Best Fit regression on Hydrodynamic physical properties on Bio-
Molecules can be an interdisciplinary part of CFD ?
Your participation is highly appreciated .
As per my opinion generally computational modelling of Fluid Dynamical Equations used to simulate any important variable congaing equation like COZENY KARMAN , BLAKE PLUMMER , FANNINGS EQUATION etc . But we are talking some biophysical properties like RADIUS OF GYRATION , ROOT MEAN SQ
END TO END SEPARATION which are also properties of the BIO-POLYMERS in solution ie HYDRODYNAMICS . For simple example when ever a PROTEIN denatures in solution the the Entropy Changes which will definitely changing the
flow patters of the solution .So a computational regression analysis over the HYDRODYNAMIC properties may be so called CFD . But a real CFD requires a lot
of specific software which is not my cup of tea .
Any relationship with what had been called 'memory of the water' and is again fashionable under other names and abreviations ?
Now a days looking at some numerical techniques using best fit regression in solving fluids using Lattice boltzman methods. Yeah still CFD --- Creative Fluid dynamics , not Computational. LBM are picking up at sub micron levels.
Dear Srinvas Sharma Gangaraju thanks for you response and introducing us with
Creative Fluid Dynamics .
As per my opinion generally computational modelling of Fluid Dynamical Equations used to simulate any important variable congaing equation like COZENY KARMAN , BLAKE PLUMMER , FANNINGS EQUATION etc . But we are talking some biophysical properties like RADIUS OF GYRATION , ROOT MEAN SQ
END TO END SEPARATION which are also properties of the BIO-POLYMERS in solution ie HYDRODYNAMICS . For simple example when ever a PROTEIN denatures in solution the the Entropy Changes which will definitely changing the
flow patters of the solution .So a computational regression analysis over the HYDRODYNAMIC properties may be so called CFD . But a real CFD requires a lot
of specific software which is not my cup of tea .
In biology fluid dynamics may be studied from circulatory system
It is good model of study
Other models are spinal fluid,saliva bile and urinary system
Preprint MOLECULAR CFD : AN ALTERNATIVE APPROACH TO HYDRODYNAMIC MODELLING
https://www.researchgate.net/publication/332079017_HYDRODYNAMIC_MODELLING_OF_BIOPOLYMERS_Experimental_Findings?_sg=QaLjqUbcP6-d8v_wIPrO42Mf4Ryc83pUmlZ7QY5Ffdt7lp016shutN_uFNKaBzky0BUdloxyQgGZrQ-jitZjEObMMeI5dWSCbmJBYMH9.BxEk_5PQNNpij9Op2YbA784rXGdqyDxcaj4epNHc6VWUMuKwmIFcb_o_pBz2Iok7hs0LEHviG6qIjPVQ32L-MQ
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