Descriptions
Complete CFD Simulation in STAR-CCM+ – Advanced, Become a STAR-CCM+ expert and master CFD simulation from scratch. This course takes you step-by-step through real-world engineering applications, including 3D flow around cylinders, gearbox lubrication, aircraft aerodynamics, and conjugate heat transfer in complex manifolds. You will learn how to create geometries, generate high-quality meshes, define boundary conditions, model turbulence (RSM), perform multiphase simulations, and use adaptive mesh refinement. Additional topics include heat transfer modeling, vortex shedding analysis, and advanced solver techniques. Whether you’re a beginner or looking to upgrade your CFD skills, this course gives you the tools to simulate, analyze, and optimize fluid and thermal systems like a professional.
This course is perfect for engineers, researchers, students, and professionals who want to learn CFD simulation in STAR-CCM+ from zero to expert level. Hands-on examples, industry-relevant case studies, and step-by-step guidance make this course unique. You will gain practical skills, understand the physics behind CFD simulations, and learn how to optimize your models for accuracy and efficiency. By the end, you’ll confidently tackle both academic and industrial CFD projects and be fully equipped to solve real CFD challenges with STAR-CCM+.
What you’ll learn
- Set up and execute advanced CFD simulations in STAR-CCM+ involving three-dimensional external and internal flows.
- Build and modify complex geometries using Boolean operations, Surface Wrapper, and region-based workflows.
- Generate, refine, and optimize high-quality 3D meshes, including vortex-resolving meshes and Adaptive Mesh Refinement (AMR) based on flow physics.
- Configure and solve transient turbulent flows, including vortex shedding phenomena and wake development.
- Model two-phase oil–air flows for gearbox lubrication applications, including phase interaction and relative velocity effects.
- Apply and compare advanced turbulence models (including RSM with Elliptic Blending) for boundary-layer and wake prediction.
- Perform conjugate heat transfer (CHT) simulations with multi-time-scale solvers for coupled solid–fluid heat transfer problems.
- Define appropriate boundary conditions, solver settings, and stopping criteria for complex multiphysics cases.
- Post-process results using field functions, thresholds, reports, monitors, and scenes to extract physically meaningful insights.
- Automate simulation workflows using Simulation Operations to improve efficiency and repeatability.
- Critically analyze simulation results and assess solution quality, convergence, and physical realism.
Who this course is for
- Mechanical, aerospace, and automotive engineers who want to master CFD simulation using STAR-CCM+.
- Engineering students and graduate researchers seeking practical, real-world CFD experience.
- Professionals transitioning into CFD, simulation, or CAE roles.
- Researchers and analysts who want to model 3D flows, turbulence, multiphase systems, and heat transfer.
- Engineers and technical users who want a step-by-step, hands-on approach to learning STAR-CCM+ from fundamentals to advanced applications.
Specificatoin of Complete CFD Simulation in STAR-CCM+ – Advanced
- Publisher : Udemy
- Teacher : Sahar Rouzbahani
- Language : English
- Level : Intermediate
- Number of Course : 55
- Duration : 7 hours and 16 minutes
Content of Complete CFD Simulation in STAR-CCM+ – Advanced
Requirements
- Basic understanding of fluid mechanics (e.g., velocity, pressure, Reynolds number) is recommended.
- Familiarity with heat transfer fundamentals is helpful but not mandatory.
- A computer capable of running STAR-CCM+ (Windows or Linux recommended).
- Access to a licensed or academic version of STAR-CCM+.
Pictures
Sample Clip
Installation Guide
Extract the files and watch with your favorite player
Subtitle : English
Quality: 720
Download Links
Password file(s): www.downloadly.ir
File size
5.01 GB
