FloEFD for Solid Edge: Introductory


18th Dec / 20th Dec 2019
EUR 1950

FloEFD for Solid Edge: Introductory

This course is designed to provide new users of FloEFD for Solid Edge with a background sufficient for tackling a wide range of flow and thermal analysis problems. The main goals of the course are to make sure the student is familiar with the operation and functionality of FloEFD for Solid Edge and to instill good engineering modeling practices.


Course Highlights

The course covers the documented lectures and hands-on-tutorials, with demonstrations used to illustrate important points as well as emphasize the east-of-use and power of FloEFD for Solid Edge. The combination of these different formats is designed to show the student the range of functionability available in FloEFD for Solid Edge, and how they can utilize this functionability through the appropriate tutorials covering a wide range of different applications.


Learn how to leverage …. Hands-on lab exercises will reinforce lecture and discussion topics under the guidance of our industry expert instructors.


What You’ll Learn  

  • Fundamental operations and functionality of the FloEFD software
  • Overall flow and thermal analysis creation methodology
  • Meshing techniques
  • Design variants and parametric functionality
  • Pre and post-processing tools
  • Introduction to advanced topics


Hands-on lab

Throughout this course, extensive hands-on lab exercises provide you with practical experience using the FloEFD software. Hands-on lab topics include:


  • Familiarity with the User interface
  • Create a New Project using the Project Wizard
  • Preparing a model for analysis
  • Using Engineering “Goals” to determine analysis convergence
  • Understanding of the Solver Monitor screen
  • Calculation Control options
  • Preview window for graphs and plots
  • Review of results using post-processing items
  • Creating animations and analysis reports/spreadsheets
  • File structure of the analysis folder
  • Design variants and cloned projects