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Mechanical Simulations and Analysis
India
Приєднався 27 лют 2022
Channel of an IITian, specially made for tutoring the mechanical simulations and analysis in various software along with the theory background of the subject.
What Are Numerical Scheme in CFD? (Basic Interview Questions Part3) #cfd #computationalfluiddynamics
Basic Interview Questions on CFD (Computational Fluid Dynamics)
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Відео
Internal Flow Volume (Fluid Domain) Extraction For CFD Analysis Ansys Design Modeler 2021R2 #ansys
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Extract Internal Flow Volume (Fluid Domain) For CFD Analysis of compressor. #ansys #ansysfluent #ansystutorial #ansysfluent tutorial #ansysworkbench #computationalfluiddynamics #CFD #meshing #ansysmeshing #boundarylayer #pipeflow #fluidflow #steadystate #thermal #thermalanalyis #thermalengineering #heattransfer #fluidmechanics #turbulentflow #turbulencemodelling #kepisilonmodel #convectiveheatt...
Unsteady Flow Over Cylinder - 2D CFD - Drag Force - Vortex Shedding Animation -Ansys Fluent 2021R2
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#ansys #ansysfluent #ansystutorial #ansysfluent tutorial #ansysworkbench #computationalfluiddynamics #CFD #meshing #ansysmeshing #boundarylayer #pipeflow #fluidflow #steadystate #thermal #thermalanalyis #thermalengineering #heattransfer #fluidmechanics #turbulentflow #turbulencemodelling #kepisilonmodel #convectiveheattranfer #convection CHANNEL: ua-cam.com/channels/-87.html... MESHING VIDEOS: ...
#ansysfluent 3D Pipe Meshing | Inflation Meshing | CFD Pipe Flow | Ansys Fluent Meshing 2022R1
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#ansys Fluent Meshing Tutorial : 3D Pipe Meshing carried out in Ansys Fluent 2022R1 #ansys #fluidmechanics #ansysfluent #ansysworkbench #AnsysCFD #cfd #AnsysFluent #FluentMeshing
What is CFD Meshing? (Basic Interview Questions Part 2) #cfd #computationalfluiddynamics
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Basic Interview Questions on CFD (Computational Fluid Dynamics) Meshing
What is CFD? (Basic Interview Questions Part 1) #cfd #computationalfluiddynamics
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Basic Interview Questions on CFD (Computational Fluid Dynamics)
#ansysfluent Forced Convection, Nusselt Number, Heat transfer Coefficient, Flow Over Flat Plate CFD
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#ansys #ansysfluent #ansystutorial #ansysfluent tutorial #ansysworkbench #computationalfluiddynamics #CFD #meshing #ansysmeshing #boundarylayer #pipeflow #fluidflow #steadystate #thermal #thermalanalyis #thermalengineering #heattransfer #fluidmechanics #turbulentflow #turbulencemodelling #kepisilonmodel #convectiveheattranfer #convection CHANNEL: ua-cam.com/channels/-87.html... MESHING VIDEOS: ...
#ansys Fluent Meshing Tutorial For Beginners | Tetrahedral, Hexacore, Polyhedra,Polyhexacore Meshing
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#ansys Fluent Meshing Tutorial : Tetrahedral, Hexacore, Polyhedra, Polyhexacore Pipe Meshing carried out in Ansys Fluent 2022R1 #ansys #fluidmechanics #ansysfluent #ansysworkbench #AnsysCFD #cfd #AnsysFluent #FluentMeshing
HyperMesh Tutorial for Beginners : 3D Pipe Meshing using Tetra mesh in #altair #hypermesh 2019
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#meshing #pipeflow #hypermesh #hyperworks #altair #cfd #computationalfluiddynamics #mesh #3dmesh
How to compile material property UDF (User Defined Function) #ansysfluent #ansys #ansystutorial #cfd
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In this video UDF of water viscosity interpreted. #ansys #ansysworkbench #ansysfluent #computationalfluiddynamics #udfinansysfluent #userdefinedfunction #mechanical #analysis #material #viscosity #waterproperty #fluidflow #fluidmechanics #fluidproperties #thermal #thermalanalyis #heattransfer
#cfd #ansys #ansysfluent #ansysworkbench #ansystutorial
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visit the channel @Mechanical Simulation and Analysis
#ansys Parametric #cfd Analysis for Laminar Pipe Flow | #ansysfluent Tutorial 2022R1 For Beginners
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Basic process of parametric analysis in ansys workbench considering basic laminar pipe flow. #ansys #fluidmechanics #ansysfluent #thermal #thermalanalyis #cfd #computationalfluiddynamics #laminar_flow #ansysworkbench #parameters
#ansys Parabolic Velocity Profile UDF User Defined Function ANSYS Fluent Tutorial Result Validation
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Parabolic Velocity Profile UDF User Defined Function ANSYS Fluent Tutorial Result Validation #ansys #fluidmechanics #ansysfluent #ansystutorial #ansysworkbench #udf #computationalfluiddynamics #thermal #thermalanalyis UDF CODE: #include "udf.h" DEFINE_PROFILE(inlet_x_velocity, thread, index) { double x[ND_ND]; /*this will hold position vector */ double xx, yy, zz, a, r, vmax; face_t f; r=0.0125...
Eulerian vs Lagrangian Approach of Fluid Flow Description Comparison #fluidmechanics Kinematics
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Eulerian vs Lagrangian Approach of Fluid Flow Description Comparison #fluidmechanics Kinematics
How to select turbulence model for CFD in ANSYS Fluent | RANS Models | Turbulent Flow | CFD Theory
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How to select turbulence model for CFD in ANSYS Fluent | RANS Models | Turbulent Flow | CFD Theory
#ansys Nusselt No Calculation Using CFD for Turbulent Pipe Flow | Result Validation | ANSYS 2022R1
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#ansys Nusselt No Calculation Using CFD for Turbulent Pipe Flow | Result Validation | ANSYS 2022R1
Temperature dependent water thermophysical properties calculation in EES Software | EES Tutorial
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Temperature dependent water thermophysical properties calculation in EES Software | EES Tutorial
#ANSYS Flow Over Flat Plate Boundary Layer Skin Friction Coefficient & Drag Force Result Validation
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#ANSYS Flow Over Flat Plate Boundary Layer Skin Friction Coefficient & Drag Force Result Validation
#ansys Steady State Thermal Analysis | Ansys 2022R1 Tutorial Conduction Convection Result Validation
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#ansys Steady State Thermal Analysis | Ansys 2022R1 Tutorial Conduction Convection Result Validation
2D Turbulent Pipe Flow CFD | Result Validation | Ansys Fluent 2022R1 Tutorial | k e Turbulence Model
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2D Turbulent Pipe Flow CFD | Result Validation | Ansys Fluent 2022R1 Tutorial | k e Turbulence Model
2D Laminar Pipe Flow CFD Tutorial ANSYS Fluent 2022R1 With Result Validation (Velocity Distribution)
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2D Laminar Pipe Flow CFD Tutorial ANSYS Fluent 2022R1 With Result Validation (Velocity Distribution)
#ANSYS 2D Inflation + Multizone Quad Meshing | Pipe Boundary Layer Mesh | Ansys 2022R1 - Tutorial
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#ANSYS 2D Inflation Multizone Quad Meshing | Pipe Boundary Layer Mesh | Ansys 2022R1 - Tutorial
#ansys 2D Meshing of Pipe geometry Considering Y Plus Value For Turbulent Flow CFD In Ansys 19.2
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#ansys 2D Meshing of Pipe geometry Considering Y Plus Value For Turbulent Flow CFD In Ansys 19.2
how to contact you?
Nicely presented.
Thanks
Keep these videos coming please
Yeah sure
Hi, thanks for the great work. I have a question though: - I got a similar result as you did, using the following formula: h = Q / (Area * (T2 - T1) - However, when I use Fluent's own result functionality, I got a totally different result. I use the following: Area-weighted average -> Wall Fluxes -> Surface heat transfer coefficient Why Fluent's own result component is so different? Do you have any experience with that? or, why did you have to calculate the nusselt number in EES, instead of using Fluent's "Surface Nusselt Number" result component?
Good question!!! In fluent the the bulk mean temperature of fluid is taken from the reference value tab. Fluent is not calculating the bulk mean temperature of fluid to calculate Nusselt number. So its better calculate as per definition of Nusselt number...the bulk mean fluid temp as mass weighted fluid temperature and wall temp as avg wall temp and take difference
@@mechanical_simulation_analysis Thank you so much! I updated the reference values and now the values are correct 🙂
This is great! Hope to see more validation videos. A question: Could you please tell how you decided choosing the number of layers and element size? Is it based on a mesh independence study?
how did you considered number of division?
Willl you explain how you take transition ratio and inflation layer
Kindly refer meshing documents of ansys
Promo*SM 😀
Good job, Can you share with me EES file. Thanks
Please send me mail on aryabhaskar999@gmail.com
Can you share the file?
Please send a mail on aryabhaskar999@gmail.com
@@mechanical_simulation_analysissir can you share the file for me? I will email you
thank you so much, can you make a video about mesh independent study on turbulent pipe flow?
Great suggestion!
excellent
Sir please can you share the EES file with me ... I want it for my project.. please sir..
Can you please share your email id
Bro I have circular catia model I need to create a domain over the circular model I don't know how to create a domain I need your help
In hypermesh do you want to create the domain?
Bro can you teach me😊
Yes.. please mail me on aryabhaskar999@gmail.com
❤ bro how to create domain over the object
Very good
thank you for your good vidio
Why didn't you use exp instead of pow? Does it make a difference?
You can use expression also, but motto here was to show how to Use UDF
Thanks sir
Welcome
how to calculate transition ratio, maximum layer and growth rate?
I am wondering if i can apply an inflation on each wall (i am using the whole geometry not just a half like you did)
Yes you can inflation on 3d geometry too
@@mechanical_simulation_analysiswhen i use the whole geometry! what type of symmetry i have to choose planar /axis sym or axis sym swirl !!
Hi! Thanks a lot for the videos. I am pursuing the 2nd year of my masters. I have some doubts regarding ansys meshing and setup physics. Is there anyway I can contact you directly? Thank you
Can you please mail your doubts to aryabhaskar999@gmail.com
Really helpful video.. Can you please make a video for Temperature dependent water thermophysical properties calculation for thermal conductivity, density, and specific heat. Thanks in advance!!!
Will try
Thank you so much sir... your video helped me a lot to crack the interview.
Thank you sir
Please tell the question asked to you in interview bro tomorrow is my interview
Good content ..... I got this first time
Thanks 🙏
how to solve fluid flow and simulation?
You can solve the fluid flow problem through simulation using Ansys fluent software, here you can refer ua-cam.com/video/d1KyKTxUi9E/v-deo.html
Very useful...thanks for sharing. What if the problem in 3D, will this work??
I will make video on 3d ASAP
@@mechanical_simulation_analysis thank you for your response. I am trying to put an expression for 1/7 velocity power law for turbulent flow. could you please make a video on this? this would be a great help.
I will definitely try to post the video
For 3D problem can you share the laminar velocity profile equation ?
@@mechanical_simulation_analysis Hi just wondering if you have made the video for turbulent flow 3D pipe? Thanks
Excellent tutorial. Well done and thank you for sharing. I think that you have calculated the Y value to the centroid and not the total height of the first cell. Check out CFD 101 videos from Prof. Aidan Wimshurst. In one of the Y+ videos he touches on this. ua-cam.com/channels/cqQi9LT0ETkRoUu8eYaEkg.htmlvideos
Thanks, I have considered total height of first cell.
Thanks...
🙏
Thank you for Sharing..!👌
🙏🙏
Thanks for new upload
Stay tuned many more to come
Thanks .... Can you make a video on laminar pipe flow between parallel plates for different medium cases.....
Yeah surely
Thanks upload more
Yess sir
Please explain parallely
In next videos I will
Sir please upload more videos... This is the thing i was finding from last 3 months
Thanks...will upload more such content
Awesome one keep going sir 🤩
Thanks Sir