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Univers 4
เข้าร่วมเมื่อ 11 ก.พ. 2019
Univers 4 is a channel to cover everything about Mechanical Engineering. i'm passionnate about engineering and i will share my passion with during small videos and tutoring. if you find this channel, you are at the good place. join my channel to be sure to lost any post i will do.
flow on a Flat plate in Ansys Fluent or CFX
We want to observe the speed profile of fluid on the flat plate
มุมมอง: 421
วีดีโอ
behavior of the flow of a fluid in a channel in the form of a downward step in Ansys CFX OR FLUENT
มุมมอง 452 ปีที่แล้ว
The objective of the work is to study a flow in a channel with a downward step using the Ansys Fluent or CFX software and to observe the formation of vortices under the downward step. These recirculation phenomena create localized turbulent regimes that can decrease the onset of fluid at the outlet. - how to put a variable speed at the input
How to mesh a simple geometry for CFD analysis in Ansys Workbench
มุมมอง 602 ปีที่แล้ว
In this video, you will learn: - how to define the entrances of a study - how to mesh a plan cylinder geometry
Optimization with Ansys CFD (Fluent 19.2)
มุมมอง 6K5 ปีที่แล้ว
Optimization with two parameters: diameter ans length of circular cylinder in Ansys CFD FLUENT using: Repponse Surface Response Surface Optimization
ANSYS Fluent CFD Tutorial - Turbulent Flow Over a Cylinder-parametric geometry
มุมมอง 2.3K5 ปีที่แล้ว
simulate the flow of a turbulent fluid in a circular pipe. First, we show you how to create a parametric geometry (definition of the parameters defining the geometry) and in a second step, we show you how to define an output parameter (in our case it is the flow at the output of the geometry). circular pipe). We will show you through this video how to take into account the notion of boundary la...
I don't understand how fluent output parameters are created. Can someone explain to me? It happens at minute 17:44
Go at minute 3:00, i created the parameters when i was drawn the geometry of the study
Good afternoon. I would like to estimate the heat flow [W / m ^ 2] versus time [s], entering the available experimental temperatures [ºC], for two temperature sensors, in a notepad file (.txt). I already do this in COMSOL Multiphysics and use the levenberg-marquardt algorithm. Can you help me? I intend to use ANSYS CFX and modeFRONTIER. I have the heat flow [W / m ^ 2] versus the time [s] measured experimentally. I appreciate the attention.
pls do u have email?
jw4.tcheumanak@gmail.com
well done job. the video is well presented.
Parabéns!
Je pense que vous vous trompiez dans la taille du tube de diamètre.
m au lieu de mm 11:22
good job Maitre
Thanks bro, God est au contrôle. On donnera tt