🔥 Numerical Analysis of 2-D Conduction Steady state heat transfer. PART - 3: MATLAB CODE.

[@mrvicky01010]

Very nice explanation

[@sivasubramanian1377]

very good explanation.easy to understand....thank you

[@ossamaelbanna7052]

Excellent Video and Explanation

[@manishghimire7864]

How do you do if top side is insulated and I have to do in unsteady condition too, can you able to help me with this?

[@vikasbishnoi5066]

Thank You for such a nice explanation 🔥🙏 You got a new subscriber

[@mohitjoc25]

Sir make tutorial biggners to advance seprate tutorials on matlab

[@jaswindersingh2937]

Sir can you provide a vidio on steam flow in champer in matlab for finite difference techniques by LSOR method

[@NAYAN-t3e]

Please do the same for Unsteady state & with constant or variable source term 🙏

[@SolidworksTutorialsVK]

Sure. I will upload all these videos soon. Stay connected 😊

[@NAYAN-t3e]

@@SolidworksTutorialsVK Thank you sir 🙏 Please do asap & I pray to god that your subscribers will increase day by day & your study youtube channel will definitely compete with many nonsense content providers on youtube world.......

[@JeetendraSingh017]

@@SolidworksTutorialsVK can u suggest me the fdm matlab book we follow?

[@Srinivasa-no-eqn-without-god]

PLEASE CAN YOU DO SAME IN FVM SIR

[@SolidworksTutorialsVK]

It will be there in upcoming videos.

[@noonalewinsky1325]

Thank you so much for the amazing explanation! Where can I find the code?

[@abdulhusseinflieh]

Thank you sir for good explanation, and is possible to get the program

[@kajolsingh6948]

i am getting a error that sumsqr requires deep learning toolbox. what does that mean

[@shrutiraut8001]

Is this code is for finite volume method??

[@SolidworksTutorialsVK]

It is for Finite Difference. You will get Finite volume codes in upcoming videos.

[@kushagrasaurabh555]

If I wanted to give initial condition at some specific value of x and y coordinates for ex: T(x=0.2, y=0.5) = 2.5. Then how it will be done?

[@prasadhire184]

Sir my " nx 12" software running slow after any command it will buffers 2 3 second then it works what is solutions for speed up

[@shuvadipdey7089]

Sir, I couldn't understand why T' is considered for contour and not T. Kindly explain.

[@SolidworksTutorialsVK]

Hi Dey. MATLAB stores data in different format. In order to visualize the results as per the inputs, we have used transport operation. You can try plotting result for T and see the difference between both.

[@mrvicky01010]

Make in solidworks

[@MVBAbdulKhalid]

Sir ye code milega kia

[@adibfikri9843]

may i know why we hv to multiply by 25 in code line 14,T=25*ones(Nz,Ny);? and in code line 32,why error is set to 5?

[@yigityilmaz3317]

I guess, 25 is just a value for initial condition you can start all T's at 5,10,20 etc. Similarly Error also a start after one iteration error value changes

[@cadreels9222]

Please upload more tutorial

[@JeetendraSingh017]

in my matlab code showing sumsrq requires "deep learning toolbox '' can you solve this problem

[@JeetendraSingh017]

when i am tring to run this code matlabR2021b software

[@carlostalavera4964]

Just install the Deep Learning Toolbox through the tab of Home, in the section of Add-Ons, clicking on the arrow pointing down, and then clicking on "Get Add-Ons". There you type "Deep Learning Toolbox" in the search bar and install the add-on

[@JeetendraSingh017]

@@carlostalavera4964 ok broo

[@JeetendraSingh017]

have u any idia about fdm matlab code book name and pdf. in which book have fdm program

[@carlostalavera4964]

@@JeetendraSingh017 I don't know, I'm sorry.

[@diogofarinha295]

can anyone give me the matlab file of this video?

[@davidsalazartenango68]

can you turn on the subtitles in this video please

[@kassaenawgaw9308]

hi hi guys how can i do this using MATLAB Consider two-dimensional transient heat transfer in an L-shaped solid bar that is initially at a uniform temperature of 140°C and whose cross section is given in the figure. The thermal conductivity and diffusivity of the body are k = 15 W/m · °C and α= 3.2 ×10 -6 m2 /s, respectively, and heat is generated in the body at a rate of g · = 2 × 107 W/m3 . The right surface of the body is insulated, and the bottom surface is maintained at a uniform temperature of 140°C at all times. At time t = 0, the entire top surface is subjected to convection with ambient air at T = 25°C with a heat transfer coefficient of h = 80 W/m2 · °C, and the left surface is subjected to uniform heat flux at a rate of q·L =8000 W/m2 . The nodal network of the problem consists of 13 equally spaced nodes with x = y = 1.5 cm. Using the explicit method, determine the temperature at the top corner (node 3) of the body after 2, 5, and 30 min

[@eyluldemirtan2253]

ıs in it T(1,2:Ny-1)=Top surface