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COMPUTATIONAL FLUIDS DYNAMICS

Computational Fluid Dynamics is the area of engineering that deals with the numerical simulation and analysis of fluid flows encountered by an engineer (mechanical, automobile, aeronautical, civil, environmental and so on) daily in multitude of circumstances. CFD is a very robust technique that finds wide applications in various industry sectors. There is an immense need for engineers, who understand and can apply the techniques of CFD to solve a variety of design, analysis and optimisation problems. This course on Basics of CFD certified by Altair Engineering is a peek into this highly demanding field and will be a door to the numerous opportunities for engineers.

Course Highlights

  • Industry Certification by Altair Engineering
  • Free limited-period training licenses of CFD software (AcuSolve) by Altair Engineering for participants
  • Hands-on experience with industry grade software to execute multiple CFD projects.
  • Exposure to industry practices for the simulation of different flow physics
  • Introduction to the latest trends in CFD
  • Case studies from real industrial problems and group discussions to enhance collaborative learning
  • Mathematical modelling
  • Good multimedia content to help participants grasp the material easily
  • Career guidance by experienced faculty
  • Useful for interview preparation

Contact Us

Courses Structure

  • Review of Fluid Mechanics & Advanced Mathematics – 2 hours
  • Basics of CFD:
    • Introduction to CFD – 0.5 hour
    • CFD principles and practices (includes practical session) – 1.5 hour
    • Governing Equations – 0.5 hour
    • Numerical Techniques & Mathematical Modelling – 0.5 hour
  • Practical Sessions – Hands-on experience for participants using AcuSolve – 8 hours
  • Each practical session includes:
    • Understanding of the flow physics of the problem
    • Setting the flow physics in the solver
    • Meshing
    • Solution strategy & solving
    • Post-processing of results: visualization techniques
  • Case studies based on industrial problems in Aerospace, Automobile, Mechanical, Civil, Solar Energy, etc. – 1.5 hours
  • Group discussions – 1 hour
  • Certificate Distribution – 0.5 hour

  • Why Develops
  • Lecture 1.2
    Benifits of function
    Duration: 2 hours 12 min Preview

Topics Covered

about conputational fluids dynamics workshop

Online Portal

Participants have access to an exclusive online portal to:
  • View status of registered and attended workshops
  • View study material for workshops
  • Write online exams and receive separate certificates with scores. These certificates with scores will provide students an opportunity to show their learning in job interviews.

Certification

  • All certificates have a unique ID which can be verified online for authentication
  • Certificate of Completion
  • Certificate of Completion with Distinction (for top performers)

Eligibility

The participants should have completed at least one course on Fluid Mechanics and Engineering Mathematics.