Видео

Great tutorial but you need to learn to edit. Watching you type into notepad is annoying.

Sir can you please explain the offset logic?

Sir I made the model but it is not running well when using reactingFoam. If you can share how you made your axisymmetric wedge model with boundary conditions it would be helpful sir

Sir Can you share the book pdf

Name of software

Excellent. Thank you so much!

Thank you so much for this tutorial, still working in Dec 2023. I struggled with other tutorials but finally, yours worked. Thank you Sir. To help anyone who may have struggled at the end, openfoam differs from OpenFoam in Ubuntu(upper case letters are a sensitive case). When I ran simplefoam I got an error but after checking the name of the downloaded file, I used simpleFoam instead.

where can i get the code?

nice

Hi good you are back . What will be use course of this

I am mech eng. ug and want to work on a python project, can you tell me which topic should i consider for it.

Nice video

sir, can u help me?

Good to see you post a new video, keep up the good work.

Can you do it for welding? how welding perform through using python?

Don't believe that, triangles are ALWAYS stiffer than rectangles

is there a restriction for axis of rotation selection ie. in this case its z axis. if not where do i suppose to define in input files?

Sir, after doing or learning python programming for Mechanicl Engineers, can we get a job in this field? Because there must be some industrial use of these lectures

Sir I 'm a aerospace engineering student I need your help.. I have code for NACA 0012 airfoil but I don't know it's correct or not.... Please help me 🙏🙏

Thank you for the detailed description. I received a FOAM FATAL ERROR as with "wedge plane aligns with a coordinate plane with a description "The wedge plane should make a small angle (~2.5deg) with the coordinate plane and the pair of wedge planes should be symmetric about the coordinate plane. Normal of wedge plane is (0 -1 0) , implied coordinate plane direction is (0 -1 0)" Would you please help me in this issue?

Hello, your video is really helpful to me~! Could you offer the additional explanation based on the galerkin method and python code ?

Hello thanks for your time and knowledge, I have a question our first velocity is 10m/s and our velocity in outlet must be 2*10(vmax = 2 vavg) am I right?

Very under rated channel

Pls help

It is saying Syntax error: cannot assign to literal

In line no.5

There is an error while executing

Great explication! How can transform the code for the case when the plate isn´t a square, like a rectangle?

Can you share software.

Helpful. Please can you also show FFT from excel or csv time domain data.

Thank you very much, after trying many tutorials, only yours worked, exactly as you say, I'm subscribing to your channel.

waste of time

Temprature is given for 3 side boundary and for other one boundary heat flux is given . How to do it ? Please reply the logic anyone . Urgent

Tqsir

Where is the simulation happening?

real good explaination , can u provide the code please

Hi, Thanks for the nice and informative videos. How can we convert the code to a transiet one? I mean I want to have temperaturesin X and Y directions for several time steps. Thanks in advance for your reply.

Please improve audio quality

import numpy as np from matplotlib import pyplot as plt from math import pi #input data d= float(input("Diameter of Orifice (mm): ")) h= float(input("Height of tank (mm): ")) #area clc a=(pi/4)*d**2 #mm2 print("Area of orifice:",a,"mm2") #mass flow rate clc x=np.linespace(0,h,20) Q=(0.61*a)*((2*9810*x)**(1/2)) plt.xlabel("Q mass flow rate (m3/s)") plt.ylabel("Height (m)") plt.plot(Q,x, label="Flow over time") plt.legend()

Hello, for me, your video is very inspiring. May I know the book that you take as a reference? Thank you in advance.

sir, could you please tell me what are the basics must be need to know for doing cfd using python.I am a fresher for this, please help me

hi . I need help with making a cylindrical battery in openfoam blockmeshdict. can you help?

Thanks for the content. It would be good if we were able to copy the source code from the description of the video.

not bad, still one point is still open - how to deal with time

not bad, thank you, just one remark/advice - it is preferable to define temperature in Kelvins :)

Thank you for your service. o7

nothing is clear in the video

Pᵣₒmₒˢᵐ 😂

Thank you Mr. Dodiya. Waiting for news classes :D