Authors :
J. K. KIMUNGUYI, F. K. GATHERI, K. O. AWUOR
Volume/Issue :
Volume 5 - 2020, Issue 5 - May
Google Scholar :
http://bitly.ws/9nMw
Scribd :
https://bit.ly/3cDEcVd
Abstract :
In a natural convection, local density
differences and a resulting pressure gradient accelerate
the fluid. In this paper a numerical study of a turbulent,
natural convection problem is performed with an
incompressible fluid in a rectangular enclosure. At the
heated wall, the temperature distribution is a function
of temperature gradients. The objective of this study is
to conduct a numerical investigation of turbulent
natural convection in a 3-D cavity using the staggered
grid and the SIMPLEC method.
Keywords :
Turbulence, Natural Convention, Staggared Grid, SIMPLEC Method.
In a natural convection, local density
differences and a resulting pressure gradient accelerate
the fluid. In this paper a numerical study of a turbulent,
natural convection problem is performed with an
incompressible fluid in a rectangular enclosure. At the
heated wall, the temperature distribution is a function
of temperature gradients. The objective of this study is
to conduct a numerical investigation of turbulent
natural convection in a 3-D cavity using the staggered
grid and the SIMPLEC method.
Keywords :
Turbulence, Natural Convention, Staggared Grid, SIMPLEC Method.
