submit a 5000 words paper on the topic Advanced Thermodynamics and Heat Transfer.

Hi, need to submit a 5000 words paper on the topic Advanced Thermodynamics and Heat Transfer. The principles of fluid motion are usually applied in the applied fields of engineering and computer science and this concept is symbolized by the navier Stockes equations. In this case, the complex equations are applied whereby the latest development in technology has been considered as they come. This is clearly evident that it is a big challenge in finding analytical solutions. To resolve these challenges, Computational fluid dynamics (CFD) has been used more often whereby a broad array of flow problems has been solved. Furthermore, CFD has been applied to linear partial equations in the flow process through simultaneous simulation. Complicated problems fluid problems can be solved through CFD in cases such as turbulent flow. There will be a major focus on the Navier Stokes equation and turbulence modeling. In this case, ANSYS CFX solver was used in case study 1 to model K-s models under the systems’ steady-state conditions. The systems were based on cold and hot pipes that included an air-mixing process.

Computational fluid dynamics is known to be a fluid mechanics branch that involves the use of computational techniques in solving problems of fluid dynamics. This science field majorly focuses on solving governing fluid equations usually referred to as Navier- Stokes equations of which its analytical solutions don’t exist. Currently, CFD has been applied in solving most fluid problems. More so, computational analysis is seen to be part of the design process of every space, air, or water based equipment. Furthermore, this CFD provides the most accurate understandable, and reliable solutions to problems related to submarine space shuttle or even blood flow in the human body system. The idea behind fluid motion modeling is given by the equations that include Navier-Stokes and continuity equations. The law of motion, in this case, can as well be applied to liquids, gases, and solids. But there is a need to consider distortions. The solid particle direction response is seen to be followed by fluid particles in response to forces.