Numerical analysis of ball-type turbulators in tube heat exchangers with computational fluid dynamic simulations

Al2O3 Nanopartiküllü ve Nanopartikülsüz Parafinin Erime Davranışları Üzerine Sayısal Bir Çalışma

“…There are three analysis methods for the solution of engineering problems: experimental, numerical and theoretical solutions. One of the widely used solution methods for solving heat transfer problems is numerical analysis, since it is cheap and easily applicable [13][14].…”

A Numerical Study on Performance Improvement in Boiling Heat Transfer via Dichloromethane-Based Nanofluid Utilization

“…There are 3 analysing methods for the solution of the engineering problems, namely; experimental, numerical and theoretical solutions. Numerical analysis is one of the mostly-employed solution methods of them for solution of fluid flow, heat and mass transfer problems due to the fact that it is a cheap, easily applicable most of the time and the results obtained from the numerical analysis provides a better understanding and elaborately illustrates the flow characteristics, temperature and pressure distributions that cannot be attained in experiments [6][7][8]. ANSYS Fluent software (18.2 ed.)…”

Su Esaslı Seyreltik Fe+ZnO Hibrit Nanoakışkanının Düşük Isı Akısı Şartında Havuz Kaynama Isı Transferi Özellikleri: Sayısal Bir Çalışma

“…In this approach, detailed information regarding the solution domain (shear stress, pressure, etc.) can be obtained by solving a set of equations that define the fluid motion in a volume of interest [13]. It is also known that in numerical analysis, a set of equations that were set up by the user are solved on the solution domain.…”