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%Temperature distribution in a rod %See example 9 %Finite volume method %TDMA clear all; T = [];P=[];Q=[];ae=[];aw=[];ap=[];analytical=[]; nn = input('Number of control volumes = '); n = nn+2;%

%Temperature distribution in a rod %See example 9 %Finite difference methof %TDMA clear all; T = [];P=[];Q=[];analytical=[]; nn = input('Number of increment = ') n = nn+1;% number of grid poin

%Temperature distribution in a rod %See example 9 %Discretization method: Finite difference % Solution method: SOR clear all; T = [];x=[];P=[];Q=[]; nn = input('Number of increment = ') n = n

% Transient temperature distribution in aninfinite plate with the thickness 2L. % Initially temperature is Tinit when it is exposed to a fluid with % the temperature Tfluid. % Explicit method %

% Transient temperature distribution in an infinite plate with the thickness 2L. % Initially the plate is at Tinit when it is exposed to a fluid with % the temperature Tfluid. % Implicit scheme %

% Transient temperature distribution in aninfinite plate with the thickness 2L. % Initially temperature is Tinit when it is exposed to a fluid with % the temperature Tfluid. % Explicit method % c

%Temperature distribution in a rod %See example 9 %Discretization method: Finite difference % Solution method: SOR clear all; a=[];b=[];c=[];d=[];x=[];T=[];analytical=[]; nn = input('Number of i

BL51 BANKED LINKER/LOCATER V6.00 07/09/2006 10:06:03 PAGE 1 BL51 BANKED LINKER/LOCATER V6.00, INVOKED BY: E:\KEIL\C51\BIN\BL51.EXE Temper

### uVision2 Project, (C) Keil Software ### Do not modify ! cExt (*.c) aExt (*.s*; *.src; *.a*) oExt (*.obj) lExt (*.lib) tExt (*.txt; *.h; *.inc) pExt (*.plm) CppX (*.cpp) DaveTm {

A51 MACRO ASSEMBLER TEMPERATURE_MONITOR 07/09/2006 10:06:03 PAGE 1 MACRO ASSEMBLER A51 V8.00 OBJECT MODULE PLACED IN Temperature Monitor.OBJ