Instructors
CFD Analysis and Meshing – Ansys Fluent
Developes Advanced skills on Meshing and CFD simulations. Interactive classroom sessions on weekends. Live models for practise. Experienced Trainers. Instuctional Videos. Live project with Industry oriented approach. Practical coverage on Theory, FEM, Fluid dynamics & Heat transfer.
0 STUDENTS ENROLLED
Using ANSYS FLUENT
| Advanced Level Program |
| Offline Training (Classroom course) |
| Classes on Weekends |
| Course code: CW-FL01 |
| Experienced Instructors |
| Industry Recognised Certification |
| Project based Training |
| Regular assignments & assessments |
| Domain Based (auto, aero) curriculum |
| Cloud-based online learning materials |
All our courses are designed by a team of highly experienced professionals from the Industry
This course will provide the skills on Industry-oriented meshing and analysis, needed to become a successful CFD Analysis Engineer.
| This course has eight modules: |
| Module 1 – Fundamentals of Fluid Mechanics |
| Module 2 – Introduction to ANSYS Fluent |
| Module 3 – Introduction to Turbulence Modelling |
| Module 4 – Internal Flow Analysis |
| Module 5 – External Flow Analysis |
| Module 6 – Heat Transfer Analysis |
| Module 7 – Conjugate Heat Transfer (CHT) Analysis |
| Module 8 – Review & Best Practices |
| Classroom sessions | : 48 hours |
| Online Videos | : 10 Videos |
| Assignments | : Topic-wise |
| Model Assessments | : Module-wise |
| Online Assessments | : Session-wise MCQ’s |
| Project | : 15 hours |
| Ansys FLUENT & Acusolve are industry leading CFD software used to simulate a variety of analyses like Flow analysis, Thermal Analysis etc. |
| These softwares are used thoughout the industry by leading companies like General Electric, Embraer, HCL, Infotech, Rockwell Automation, Invensys, Mercedes Benz, Petrobras, General Motors, Caterpillar, Tata Motors, Honda, Boeing, Goodrich Aerospace, Airbus, Mahindra, Nissan etc. |
| Working Professionals, Students & Fresh graduates (BE/ME in Mech, Aero, Auto) seeking an entry into the design field |
| CAD engineers who wish to upgrade to Analysis-field and move ahead in their career |
| Team Leads and managers who want to add ‘Analysis-projects’ into their portfolio |
| This course does NOT need prior knowledge of any CAD software |
| Pre-requisite: Nil |
↓↓↓ Refer to Modules listed below ↓↓↓
Fundamentals of Fluid Mechanics
| Governing equations of fluid dynamics |
| Concept of continuum, streamlines and pathlines |
| Conservation equations |
| Viscous and inviscid flows |
| Laminar and turbulent flows |
| Euler and Navier Stokes equations |
| External and Internal flows |
| Compressible and Incompressible flows |
| Flow separations |
| Introduction to CFD |
| Finite Volume Method – Diffusion and Convection |
| Properties of Discretization |
| SIMPLE Algorithm |
| Q & A |
Introduction to ANSYS Fluent
| ANSYS Workbench Overview |
| Geometry Preparation |
| Meshing the geometry |
| Model setup & Analysis |
| Post processing and Results documentation |
| Q & A |
| ANSYS Design Modeler – Geometry Preparation |
| Geometry construction |
| Modelling Assignment |
| Geometry simplification |
| Geometry Repair |
| Geometry Cleanup Assignment |
Introduction to Turbulence Modelling
| Turbulence Modeling |
| Wall Functions |
| Q & A |
| Introduction to Boundary Conditions |
| Boundary Conditions |
| Solution Initialization |
| Q & A |
| ANSYS Meshing |
| Global Mesh Control |
| Local Mesh Control |
| Meshing Assignment |
Internal Flow Analysis
| Internal Flow Characteristics |
| Industrial applications of Internal Flow Simulations |
| Internal Flow Simulations of Tee Pipe |
| Internal Flow Simulations of Intake Manifold of an IC engine |
External Flow Analysis
| External Flow Characteristics |
| Industrial applications of External Flow Simulations |
| External Aerodynamics Simulation of an Blunt Body |
| External Aerodynamics Simulations of an Automotive |
Heat Transfer Analysis
| Fundamentals of Heat Transfer |
| Industrial applications of Thermal Simulations |
| Thermal Simulation for Electronic Cooling using Extended Surfaces |
| Thermal Simulation for Optimization of Extended Surfaces in Heat Sink |
Conjugate Heat Transfer (CHT) Analysis
| Overview of CHT |
| Industrial applications of CHT |
| Thermal Simulations of an Anti-icing system of an aircraft-wing |
| Thermal Simulation of an Exhaust Manifold |
Review & Best Practices
| Project: Flow Analysis of an Industrial System |
