Hi:
I need some assistance or feedback on a Matlab program that I working on by applying the method of finite difference to calculate and output the steady state space distribution of temperature and resulting rate of hear flow in an I Beam made of Duralumin. I have written a partial code...
Homework Statement
Find the velocity and temperature profiles for stagnation point flow (m=1) for various values of Pr (Pr=0.6,1,1.5,5,10)
Show that δ/δT ~Pr^0.4 by calculating δ and δT with 99% recovery of free stream velocity and temperature profiles, respectively.
Plot θ'(0) vs. Pr...
Hi,
Can anyone assist me in the findings of the velocity and temp. profiles for stagnation point flow (m=1) for Varoius values of Pr (.6,1,1.5,5,10). At this moment I am using Matlab's ode45 to solve this problem along with applying the Blasius Eqn (f''' +1/2f*f''=0) and Energy Eqn...