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Official Ansys Tutorials & Videos Best source for learning Ansys workbench, Fluent, CFX, Mechanical
Больше📈 Аналитический обзор Telegram-канала ANSYS
Канал ANSYS (@ansysproject) языкового сегмента Английский является активным участником. Сейчас сообщество объединяет 13 658 подписчиков, занимая 9 335 место в категории Технологии и приложения и 24 752 место в регионе Иран.
📊 Показатели аудитории и динамика
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Согласно последним данным от 28 октября, 2026, канал показывает стабильную активность. За последние 30 дней изменение числа участников составило -2, а за последние 24 часа — 2, при этом общий охват остаётся высоким.
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“Official Ansys Tutorials & Videos
Best source for learning Ansys workbench, Fluent, CFX, Mechanical”
Благодаря высокой частоте обновлений (последние данные получены 29 октября, 2026) канал поддерживает актуальность и высокий уровень охвата публикаций. Аналитика показывает, что аудитория активно взаимодействует с контентом, что делает его важной точкой влияния в категории Технологии и приложения.
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Подписчики
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Архив постов
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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
13 656
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
13 656
📚 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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AI is coming for Mechanical Engineers …
My funny friend (🤡) sent me this… 👆😅
#Fun
@Ansysproject
13 656
🤖 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
13 656
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 👇
13 656
🚨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
13 656
🚨 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
13 656
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
13 656
📊 I'm not sure about the accuracy of this simulation, but wow, it looks really cool❗️
#Rocky
@Ansysproject
13 656
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
13 656
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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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
