Numerical Simulations Analysis of three Geometric Shape Design for their Performance of Earthe Air Conditioning a Review

The main view on our work of temperature maintains equilibrium condition in inside and outside EARTHE sink respectively. We have three geometric models such as pipe, spiral pipe and helical pipe to investigate the performance for efficiency of EARTHE air tube heat exchanger of natural air conditioning. For better performance and efficient efficiency, we need to have CFD solution for these three geometrical models to be investigate as its temperature, pressure, and velocity of flow and Reynolds number to be evaluated and achieved for best result in market and industry parameter side. The CFD investigation of linear pipe, spiral pipe and helical pipe of its thermal parameter to evaluate its performance and its geometrical requirement should meet conveniently. In summer EATHE for cooling purpose to betterment and less power consumption so we look after design meet and analysis of thermally for all three geometry of thermodynamic properties. If we chance linear parameters of pipe such as length and flow size to be optimized will get good result of efficiency and better performance and better CFD result expected. To getting good design result, we have to do CFD analysis on all three pipes (linear pipe, spiral pipe and helical pipe).For better CFD result, better Degree of freedom and assigned in a good way to all regions of boundary condition to get best analysis result.