A stand-alone course providing an overview of CFD and its applications for managers and evaluators of CFD projects. The intention of the course is to make project managers/leaders aware of CFD fundamentals and capabilities. This course is targeted towards people who are leading the team in R&D departments, design departments and research labs. This course will develop and enhance planning and evolution skills in project managers/leaders by introducing CFD fundamentals, the three-step process, its capabilities, do and don’t in CFD.

After the training you can answer the questions like:

• Is this project feasible using CFD tools?

• How much time will this project take?

• Are the results provided by the service provider reliable?

• What is the complexity of the project and how many man-hours will be needed for completing the project?

• What kind of reports and post-processing data can I get using CFD tools?

This is the course after which one can make a better judgment of time and resources needed for project execution.

Who can attend this course ?

This course is suitable for:

• Project managers/leaders working in various design departments not doing CFD studies

• Project managers/leaders working in design departments outsourcing CFD work to consultancy firms

Course Objectives

The main objective of the course is to introduce CFD for project managers/leaders.

Following will be the outcome of the course

• Understanding of CFD fundamentals and The three-step process

• Understanding of CFD capabilities

• Knowledge of how to do feasibility check of CFD usage in different engineering applications

• Understanding and evaluation of CFD results

Course Deliverables

• All lectures in printed format

• Access to the commercial CFD software manuals and tutorials

• Test cases/tutorials explicitly designed by considering your specific requirements

• Continuous guidance and support after the training session for CFD project execution

Course Content

• Overview of CFD

  • Revisiting Governing Equations

  • Introduction to CFD and Numerical Methods

  • The three-step CFD process

  • Introduction to commercial CFD tools

• Overview of Project Execution

  • Problem definition

  • Resources and Skills

  • Project steps

  • Design Review

• Errors/Uncertainties and understanding CFD Report

  • Sources of error and uncertainties

  • Numerical errors, convergence and round off

  • Turbulence modeling

• Best practices in various industrial applications

• Worked examples

• Discussion and certification

Register

• Registering for the scheduled course

See the Upcoming Courses schedule. If you are interested in attending this course during the scheduled session, follow the process for registering for upcoming courses.

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• Scheduling course for your organization

Note down the course code. Please fill-up the enquiry form. Copy the course code and put it in subject field. Submit the enquiry form. Our training department will contact you for scheduling the course for your organization

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