A Comparison Between Sinusoidal Oscilation and Constant Temperature Boundary Conditions In Annulus Filled With Porous Media Saturated With Nanofluid
A Comparison Between Sinusoidal Oscilation and Constant Temperature Boundary Conditions In Annulus Filled With Porous Media Saturated With Nanofluid

Manal H. AL-Hafidh

Volume 32, 4B , April 2014, , Page 831-848

https://doi.org/10.30684/etj.32.4B.23

Abstract
  A numerical study has been carried out to investigate the heat transfer by natural convection of nanofluid taking copper as nano particles and the water as based fluid in a three dimensional ...  Read More ...
Numerical Simulation for Laminar Natural Convection with in a Vertical Heated Channel
Numerical Simulation for Laminar Natural Convection with in a Vertical Heated Channel

Hussein Majeed Salih

Volume 29, Issue 11 , August 2011, , Page 2298-2311

https://doi.org/10.30684/etj.29.11.17

Abstract
  A numerical investigation has been performed to estimate the induced flow rate for a laminar natural convection flow of air in a vertical channel with isothermal walls conditions (one ...  Read More ...
Effects of Nano-Fluids Types, Volume Fraction of Nano-Particles, and Aspect Ratios on Natural Convection Heat Transfer in Right- Angle Triangular Enclosure
Effects of Nano-Fluids Types, Volume Fraction of Nano-Particles, and Aspect Ratios on Natural Convection Heat Transfer in Right- Angle Triangular Enclosure

Israa Y. Daood

Volume 28, Issue 16 , August 2010, , Page 5365-5388

https://doi.org/10.30684/etj.28.16.18

Abstract
  This study investigates natural convection heat transfer and fluid flowcharacteristic of water based nano-fluids in a right-angle triangular enclosure, where the left vertical wall ...  Read More ...
Numerical Simulation of Buoyancy- Driven Laminar Flow Through An Air –Filled Isosceles Triangular Enclosure With A Differentially Heated Side Walls And An Adiabatic Bottom Wall
Numerical Simulation of Buoyancy- Driven Laminar Flow Through An Air –Filled Isosceles Triangular Enclosure With A Differentially Heated Side Walls And An Adiabatic Bottom Wall

Ahmed Kadhim Hussein; Salam Hadi Hussain

Volume 28, Issue 10 , May 2010, , Page 2054-2069

https://doi.org/10.30684/etj.28.10.16

Abstract
  Thermal And Flow Fields Due To Laminar Free Convection In An IsoscelesTriangular Enclosure Having Thick Conducting Sidewalls Have Been InvestigatedComputationally. Inclined Left And ...  Read More ...