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CFDLearning
เข้าร่วมเมื่อ 26 มี.ค. 2023
Learning Computational Fluid Dynamics (CFD) with high-quality videos and examples .
Learning Ansys Fluent
Learning Ansys CFX
Learning Ansys Meshing
Learning Gambit
Learning Ansys Fluent
Learning Ansys CFX
Learning Ansys Meshing
Learning Gambit
Analysis of flow through an orifice meter with Ansys fluent
CFD simulation of flow through an orifice meter by Ansys Fluent along with the validation of the results obtained from the simulation with an article.
#CFD Simulations
#Orifice meter
#Ansys Fluent
#CFDLearning
#CFD Simulations
#Orifice meter
#Ansys Fluent
#CFDLearning
มุมมอง: 2 198
วีดีโอ
Comparison between full 2D pipe flow simulation with Axisymmetric simulation, Part 2
มุมมอง 120ปีที่แล้ว
Comparison between full 2D pipe flow simulation with Axisymmetric simulation : comparison shear stress at the wall with analytic formula versus results obtained from ansys fluent
Comparison between full 2D pipe flow simulation with Axisymmetric simulation, Part 1
มุมมอง 224ปีที่แล้ว
Comparison between full 2D pipe flow simulation with Axisymmetric simulation : comparison shear stress at the wall with analytic formula versus results obtained from ansys fluent
A Study on Steady Natural Convective Heat Transfer in ansys fluent
มุมมอง 1.5Kปีที่แล้ว
A Study on Steady Natural Convective Heat Transfer inside a Square Cavity for Rayleigh = 1000 in ansys fluent
Couette flow CFD simulation with heat transfer in Ansys fluent
มุมมอง 579ปีที่แล้ว
CFD simulation of Couette flow with Dirichlet boundary condition in energy equation considering heat dissipation
03.Third tutorial of Gambit : Modeling a Three-Pipe Intersection (3-D)
มุมมอง 437ปีที่แล้ว
In this tutorial you will learn how to: · Create volumes by defining their dimensions · Split a volume · Add boundary layers to your geometry · Prepare the mesh to be read into POLYFLOW
02.Second Tutorial of gambit : Modeling a mixing elbow (2-D)
มุมมอง 469ปีที่แล้ว
In this tutorial, you will use GAMBIT to create the geometry for a mixing elbow and then generate a mesh. The mixing elbow configuration is encountered in piping systems in power plants and process industries. It is often important to predict the flow field and temperature field in the neighborhood of the mixing region in order to properly design the location of inlet pipes. In this tutorial yo...
01.First Tutorial of Gambit : Creating and meshing basic geometry
มุมมอง 343ปีที่แล้ว
In this tutorial you will learn how to : · Start GAMBIT · Use the Operation toolpad · Create a brick and an elliptical cylinder · Unite two volumes · Manipulate the display of your model · Mesh a volume · Examine the quality of the mesh music : Yann Tiersen - Comptine d`un autre ete - l`apres-midi
At 14:59 you show a plot of pressure, but, is the same as in Openfoam that for having the real preasure you must mutiply the result by the density?
Hey, nice video! I was wondering if you could do anything with UDF‘s on an airfoil sim in fluent?
Hello. Thanks. I have experience of several simulations with UDFs. I don't understand your question exactly! You can connect with the ID in my Telegram channel : t.me/CFDLearning good luck.
Can you tell me why did you make the mesh periodic? Excellent video btw.
To simulate the Couette flow, I assumed that the computational domain is infinite along the x-axis, for this reason, I used a periodic boundary condition and the solution is repeated periodically in the following areas.
Sir, In this video you showed the velocity streamline for Rayleigh number 10^3, right? But my question is how can I change Ra number like 10^4,10^5 and find their corresponding streamlines?
For changing Ra, you can change Prandtl number or Grashof number or both of them. Because Ra=Pr*Gr.
@@CFD-Learning Where can I change Prandtl or Grashof numbers?
good video
Thanks.
good video
Thanks
please post a tutorial video about golf ball drag simulation video.
Sure. I did this simulation very long time ago and you can see the results from my grabcad account. but I will make a tutorial for it. Thanks for your suggestion.
@@CFD-Learning thanks a lot
good video
Thanks Keyvan.
good video
Thanks.