May 2 (edited) in 🗣️ Announcements
A Comprehensive Course on Turbulent Flows [24hrs left]
Headsup CFD Dose!
Many of you have been asking for a good course on Turbulent Flows here in the community. this one is for you👇
(Update) I got 5 seats left at a 20% discount. Comment "Turbulence" below and I'll send you the coupon right away to secure your seat. [Booking is only made once you've successfully registered]
The course is provided online in an interactive format with hands-on material, meticulously crafted by from World-Academies.com 🪄💻
📅 Course Schedule: May 7 to June 13, 2024
🕒 Time: Tuesdays and Thursdays | 3:00-4:30 PM (Central European Time)
📍 Format: Live-Online | 12 Lectures x 90 Minutes
⏳ Deadline: May 3, 2024 (60% of the course capacity is already booked!)
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💻 Course content: Turbulent Flows: Basic Concept, Modeling, and CFD Simulation
✅ Lecture 1
- Turbulence Basic Concepts, Definition and Specifications, Modeling - Approaches, Energy Cascade, Time-averaged Navier-Stoke Equations.
✅ Lecture 2
- Scales in Turbulence, Vorticity, Vortex and Eddy concepts, Correlation function, and Kolmogorov Hypothesis for eddies' size distribution, and energy cascade. - Homogeneity & Isotropic properties, Direct Numerical Simulation(DNS).
✅ Lecture 3
- Turbulence Models Introduction, Boussinesq Assumption, Eddy-viscosity Zero & One Equation Models
✅ Lecture 4
- Two-equation turbulence Models, Wall Functions, K-e and K-w , Transport Equation for Turbulent Kinetic Energy
✅ Lecture 5
- Low-Re Number Turbulence Models, Low-Re K-e & K-w, Non-Isotropic K-e
✅ Lecture 6
- Boundary Conditions in turbulence, Wall Functions, Wall Treatment B.C., Low Reynolds (near wall).
✅ Lecture 7
- Turbulence CFD Simulation 1, RANS, k-omega, k-epsilon (Programing, Open Foam, SimScale/Ansys)
✅ Lecture 8
- Renormalized Group (RNG), Shear Stress Transport (SST), Reynolds Stress Models (RSM)
✅ Lecture 9
- Large Eddy Simulations, Time-averaging, and filtering, Differences between RANS and LES Resolved & SGSscales
✅ Lecture 10
- LES, Subgrid modeling, Smagorinsky model vs. mixing-length model RANS vs. LES One-equation k_sgs model,- Applied LES Requirements
✅ Lecture 11
- DES based on two-equation and K-w SST models, DDES Hybrid LES-RANS Momentum equations in hybrid LES-RANS
✅ Lecture 12
- Turbulence CFD Simulations: LES OpenFOAM, SimScale/ANSYS Fluent More details:
** You have 24hrs left for registration [deadline 3rd of May 2024]
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A Comprehensive Course on Turbulent Flows [24hrs left]
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