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Keywords

convection
static fluid
Finite Difference Method
Alternating-Direction Implicit Method
heat equation
Steady State
unsteady state

Abstract

In this paper we have presated a heat transfer by convection in rectangular cavity filled with static fluid.  Differentially heated end vertical walls. Two-dimensional motions are assumed. The governing vorticity and energy transport equations are solved by an alternating direction implicit finite- difference method. We transference heat equation into two finite- difference equations. The time interval has been deviled into two equal halves, alternating to compute an intermediate point in the first step and final value at T time. We get by result analysis, that we can reach the steady – state from Un steady –state after some iteration.  
https://doi.org/10.33899/csmj.2006.164059
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