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ANSYS

ANSYS

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Official Ansys Tutorials & Videos Best source for learning Ansys workbench, Fluent, CFX, Mechanical

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📈 Telegram kanali ANSYS analitikasi

ANSYS (@ansysproject) Ingliz til segmentidagi kanali faol ishtirokchi. Hozirda hamjamiyat 13 658 obunachidan iborat bo'lib, Texnologiyalar & Aralashmalar toifasida 9 335-o'rinni va Eron mintaqasida 24 752-o'rinni egallagan.

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“Official Ansys Tutorials & Videos Best source for learning Ansys workbench, Fluent, CFX, Mechanical”

Yuqori yangilanish chastotasi (oxirgi ma’lumot 29 Oktabr, 2026 da olingan) sababli kanal doimo dolzarb va katta qamrovli bo‘lib qoladi. Analitika auditoriya kontent bilan faol hamkorlik qilishini, uni Texnologiyalar & Aralashmalar toifasidagi muhim ta’sir nuqtasiga aylantirishini ko‘rsatadi.

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Kanal postlari
#Fun " This is the way " 🗿🗿🗿 @Ansysproject * t.me/ansysproject/2954 updated version 😉
#Fun " This is the way " 🗿🗿🗿 @Ansysproject * t.me/ansysproject/2954 updated version 😉

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Reynolds Decomposition #CFD #FLUIDMECHANICS ✅ Reynolds decomposition is the starting point for every turbulence model ever wr
Reynolds Decomposition #CFD #FLUIDMECHANICS ✅ Reynolds decomposition is the starting point for every turbulence model ever written. This video talks about the origin where it comes from and why it immediately creates a problem. 📕 For graduate students (MSc & PhD), these channels are also worth exploring: 🔗1- Fluid101 https://www.youtube.com/@fluidmechanics101 t.me/ansysproject/2882 t.me/ansysproject/2927 🎓 Dr. Aidan Wimshurst 🔗2- Tanmay Agrawal https://www.youtube.com/@TanmayAgrawal7 🎓 Dr.Tanmay Agrawal Watch their videos. @Ansysproject
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Introduction_to_the_Navier_Stokes_Equations_and_Computational_Fluid.pdf
1 189
4
Introduction to the Navier–Stokes Equations & CFD 🎓 Prof. David Naylor 📚 A 3+ hour lecture series designed for undergraduat
Introduction to the Navier–Stokes Equations & CFD 🎓 Prof. David Naylor 📚 A 3+ hour lecture series designed for undergraduate students, covering the fundamentals of fluid mechanics and the Navier–Stokes equations. #CFD #FLUIDMECHANICS 🔹 Topics covered: 🔸 Introduction to the Navier–Stokes equations 🔸 Derivation of the continuity equation 🔸 Derivation of the momentum equations 🔸 Analytical solutions of the Navier–Stokes equations: Hagen–Poiseuille flow and Couette flow 🔸 Introduction to boundary-layer theory 🔸 Practice exam questions with solutions 📗 For undergraduate students, I recommend checking out these YouTube channels: 🔗www.youtube.com/@FluidMatters @Ansysproject
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5
📚 Understanding the Fundamentals The following videos aren't directly related to ANSYS, but they're informative and serve as an important reminder of the physics and mathematics behind CFD. 🌊 📊 A good CFD engineer needs to understand the physics and mathematics behind those results, not just know how to generate colorful contours and impressive plots! ............................................ 🔻🔜 In future posts, I'll also share courses and videos covering the fundamentals and theoretical concepts of structural mechanics and structural analysis.
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6
AI is coming for Mechanical Engineers … My funny friend (🤡) sent me this… 👆😅 #Fun @Ansysproject
AI is coming for Mechanical Engineers … My funny friend (🤡) sent me this… 👆😅 #Fun @Ansysproject
3 954
7
🤖 AI Agent Does Simulation & Analysis in Ansys Mechanical #Ansys #ANSYS_Workbench #Mechanical 🔰 In this video, we can see h
🤖 AI Agent Does Simulation & Analysis in Ansys Mechanical #Ansys #ANSYS_Workbench #Mechanical 🔰 In this video, we can see how, using PyMechanical + Mechanical MCP Server, Google Antigravity AI and Gemini can: 🔸 Open a geometry, inspect it, and understand its different parts and their purpose 🔸 Suggest the necessary simulations and analyses 🔸 Set up and run analyses such as Modal Analysis and Random Vibration 🔸 Even check relevant NASA data to determine appropriate analysis conditions Pardon my language, but… seriously guys, we are scr🪛🪛ed... 😅 @Ansysproject
3 467
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🔰Mesh quality metrics
🔰Mesh quality metrics
3 513
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🔰 Boundary condition compatibility
🔰 Boundary condition compatibility
3 350
10
How to Stop the Reversed Flow Warning in ANSYS #Ansys #Fluent #AnsysFluent 🔴 If the video is difficult to understand because
How to Stop the Reversed Flow Warning in ANSYS #Ansys #Fluent #AnsysFluent 🔴 If the video is difficult to understand because of the accent, here are the : main causes of reverse flow : 1️⃣ Incompatibility between inlet and outlet boundary conditions 2️⃣ Poor mesh quality, especially near the outlet 3️⃣ Incorrect pressure-outlet boundary conditions → check that the Gauge Pressure is set correctly (typically 0 Pa when using atmospheric pressure as the reference) 4️⃣ Outlet too close to the geometry → extend the computational domain downstream 5️⃣ Mismatch in turbulence characteristics between inlet and outlet (k, ε, etc.) @Ansysproject ✅ Check the charts below 👇
3 264
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🚨Why Navier-Stokes Pushes Math and Physics to the Edge 🎥 This video gives a concise introduction to the Navier–Stokes equat
🚨Why Navier-Stokes Pushes Math and Physics to the Edge 🎥 This video gives a concise introduction to the Navier–Stokes equations, their history, and it makes the topic accessible to a much wider audience, not just engineers and mathematics students and covers the Navier–Stokes Smoothness & Blow-Up Problem and OpenAI’s recent work on it https://www.youtube.com/watch?v=PsWR1rQEWYo @Ansysproject
3 589
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🚨 On the Navier–Stokes Millennium Prize Problem 💸 1.000.000 dollars problem 💀 Now AI is becoming dangerous 💀 Calm down, b
🚨 On the Navier–Stokes Millennium Prize Problem 💸 1.000.000 dollars problem 💀 Now AI is becoming dangerous 💀 Calm down, bitch… Stay away from FLUID MECHANICS 😭🔥 🔰 Take a look 👇 https://openai.com/index/navier-stokes-solution/ @Ansysproject
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Enhancing Mesh Quality in Ansys Workbench #Mechanical #Ansys ✅ This video demonstrates methods to improve mesh quality and re
Enhancing Mesh Quality in Ansys Workbench #Mechanical #Ansys ✅ This video demonstrates methods to improve mesh quality and reduce cell count in Ansys Workbench, including: 🔰 Geometry refinement 🔰 The sweep method @Ansysproject
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📊 I'm not sure about the accuracy of this simulation, but wow, it looks really cool❗️ #Rocky @Ansysproject
📊 I'm not sure about the accuracy of this simulation, but wow, it looks really cool❗️ #Rocky @Ansysproject
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Particle Simulation with Ansys Rocky #Ansys #Rocky 🔰 Rocky is a discrete element modeling (DEM) simulation software that qui+1
Particle Simulation with Ansys Rocky #Ansys #Rocky 🔰 Rocky is a discrete element modeling (DEM) simulation software that quickly and accurately simulates any type of particle flow behavior. ✅ Actually, its ability to simulate fluid behaviors got me interested. @Ansysproject
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Useful for real life… probably 😅 #Fun
Useful for real life… probably 😅 #Fun
10 716
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✅ Some additional sources
✅ Some additional sources
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Quick guide for LES simulations #Fluent #Ansys #LES 🔰 A concise, practical guide to setting up LES-type simulations covering key principles. @Ansysproject
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Evaporation - Condensation - Ansys fluent.pdf
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Y plus in Ansys Fluent ✅ How to check Y plus in Fluent : #Fluent 1- Results »Reports »Surface Integrals 2- Report type »Facet
Y plus in Ansys Fluent ✅ How to check Y plus in Fluent : #Fluent 1- Results »Reports »Surface Integrals 2- Report type »Facet Average, minimum or maximum 3- Field Variable »Turbulence »wall Y plus 4- Select walls of your model 5- compute @Ansysproject
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