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Radiative Flow of Energy Consumption with Varying Building Structures

P.S.S. Nagalakshmi

Abstract


The current study deals with Radiative flow of energy consumption with varying building structures solved by boundary value problem. Application of heat transfer takes place in Industrial and Engineering sectors to overcome the difficulties which arise from radiations in building construction. This is shown by taking few unique shapes of buildings as examples which are ellipsoid, isohemi hexagon, isohemisphere and torus ring. The heat transfer taking places of these structural designs are considered for the study of nature of fluid flow in terms of convection, conduction, and radiation. Further the incident and refracted radiation parameters are estimated and used to study the behavior of fluid flow in diverging structural geometries. The concentration, temperature and velocity profiles are demonstrated with results acquired from converting the governing equations to ordinary differential equations with the suitable transformations which has been solved with BVP solver using python.


Keywords


Radiative flow, python, BVP solver, isohemi hexagon, isohemisphere and torous ring

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References


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