ANSYS Fluent

Ansys provides comprehensive simulation solutions that help auto companies to effectively address these challenges and achieve engineering goals
For Mechanical and Automobile Engineers

Course Type

alternative

₹ 17866  

What You'll Learn ?

CFD theory and ANSYS Fluent application.
ANSYS Fluent GUI and software basics.
Flow mixing, 3D heat transfer, and meshing.
Transonic flow simulation and post-processing.
Multi-species flow modeling with case studies.
Turbulence model setup and convergence analysis.
Periodic heat flow modeling and advanced post-processing.
Radiation, convection, and contour plot comparison.
Turbulent flow in heat exchangers.
Multiphase modeling and animation generation.

Description

Course Description


ANSYS Fluent is a powerful computational fluid dynamics (CFD) software for optimizing product’s performance. Its broad physical modeling capabilities help model flow, turbulence, and heat transfer. Also, this tool models reaction for industrial applications such as airflow over an aircraft and automobile body, combustion in a furnace, oil flow, airflow over semiconductor systems, and much more. With ANSYS Fluent you have access to several fluid flow physics model, which help analyze your product with precision.


Course objectives


This course will assist students and professionals to understand the theory behind engineering simulation solvers, which will help critically evaluate and analyze the final results. This knowledge of input values and result analysis will enhance productivity and performance. Overall, through this course, students will acquire expertise in the CFD analysis using ANSYS Fluent.


Roles in industry


  • It is used in automotive vehicle engineering solutions
  • It provides simulation solutions for materials and chemical processing
  • ANSYS Fluent simulation software enables companies to design, verify, and deliver reliable equipment for drilling, production, transport, and refining.
  • The software helps in engineering simulations for the construction industry.

Course Highlights


  • Study of Fluid Flows
  • Introduction to CFD
  • Learning CFD Equations and Numerical Solution
  • Meshing
  • Geometry Creation in ICEM CFD
  • Turbulence Modeling
  • Learn boundary and cell conditions
  • Study solver mathematics and Post Processing
  • Design Optimization