🔥 Numerical Analysis of 1-D Conduction Steady state heat transfer. PART - 3 : MATLAB CODE.

[@dr.k.a.oladejo1700]

Nice !!!

[@varada4850]

Can you prepare a video on simulation and comparison of analytical and numerical results

[@humbertosilva4140]

Hi, thanks for sharing the videos. Could you help me? Have you worked with other programming softwares? Which one would you recommend for a beginner who wants to perform fluid dynamics and heat transfer analysis? Python, C++ , matlab

[@farukkilic6010]

thanks brother

[@AhmedMostafa-ky4wj]

Thank you so much brother for these videos, i have seen them but i still have a problem with solving such equation using matlab, I sent you an email and i hope we get in touch soon :)

[@antoine1407]

what about an unsteady state problem? cheers!

[@MATHSdotPHYSICS]

Thanks for your video. It helped me but I have a little confusion. For i=2 , according to the program T(2,1)= T(3,1)+ T(1,1) divide by 2... But where is the value of T(3,1)???

[@qiangli1578]

The initial value was given in the T=zeros(N,1); except for the T(1,1)=Tb=100.

[@studiesplusdotlk978]

Thank you

[@geancarloenzoramosgomez6318]

HI, thank you for the videos. I have one question, Why there are different temperatures plots when you increased the number of iterations?, your example is a steady state condition, so there should be just one temperature vector. I would expect the plots at minute 10 for unsteady state heat transfer.

[@SolidworksTutorialsVK]

Hi, the different temperature plots shows how the temperature progresses within fin with marching of iterations. After N number of iterations there won't be significant change in temperature with respect to next iteration and we can say that steady state is achieved in N iterations.

[@SolidworksTutorialsVK]

So if you are looking only for steady state temperature distribution, you can plot the temperature obtained from Nth iteration.

[@nadjetts]

PLEASE what did you say at 7:50 ? because what ? i relly hope you reply soon :) thank you

[@SolidworksTutorialsVK]

Because the fin tip is insulated.

[@pausoton]

What about the material properties?

[@shyl4224]

Please you attach subtitle.

[@muhammedassaf3294]

Where’s the effect of material constant? Or is it going to react the same on every material!!!!

[@graihan57]

If the initial temperature is not zero ( T=zeros(N,1)) , how can I modify the code??

[@SolidworksTutorialsVK]

If initial temperature is say 25°C then you can replace T = zeros (N, 1) by T = 25*ones(N, 1).

[@mhboarddevaacademy6640]

Hello can you share code of this

[@farukkilic6010]

We want two-dimensional.

[@e-skills2120]

If you stil have a doubt I can help you out [e-mail]

[@Perturbator996]

@@e-skills2120 Can you help me, sir/madam?

[@trikal8949]

@@Perturbator996 I will try to help u....

[@niketanbhalke6000]

@@e-skills2120 how to write matlab code for composite slab by explicit method