Innovation & Quality

Classroom training: FINE™/Turbo

Who should attend

New NUMECA users, engineers and designers.

 

Overview

FINE™/Turbo is a fast and accurate Flow Integrated Environment available for the simulation of internal rotating turbomachinery flows, and this for all types of fluids.

 

What you will learn

During the introductory training:

  • How to generate a high quality mesh in few minutes with AutoGrid5™
  • How to set up and run a computation in FINE™/Turbo
  • How to extract performance indicators from a CFD computation

While during the advanced training:

  • How to improve your solution with the Non-Linear Harmonic (NLH) model
  • How to model the cavitation phenomenon
  • How to include the fluid-structure interaction in your simulation
  • How to include the thermal effects on the solids

 

 

Next trainings

  • NOVEMBER 14, 2019
  • DECEMBER 9 - 11, 2019

 

Venue: 

NUMECA International offices

Chaussée de la Hulpe 189 Terhulpse Steenweg

1170 Brussels - Belgium

 

If you are interested by any particular advanced topics, let us know in advance so that we can add your specific requirements.

 

To register please send us an email at info@numeca.com.​

Topics covered

 Introductory training 

 Day 1

                           

  • Introduction to NUMECA
  • Introduction to IGG™
  • Practice session: pipe to square duct connection
  • Introduction to AutoGrid5™
  • Practice session: Rotor 37                               

 Day 2

 

  • Expert mode in AutoGrid5™
  • Practice session: Large scale centrifugal compressor/Aachen turbine
  • Introduction to FINE™/Turbo
  • Optional and physical models in FINE™/Turbo
  • TaskManager: Parallel setup and convergence history
  • Practice session: Rotor 37/Aachen turbine

 Day 3

  • Introduction to CFView™
  • Practice session: Rotor 37/ Aachen turbine
  • Question/Answer session
 Advanced training

 Optional

 Day 4 and/or Day 5

 Possible topics include:

  • Non-Linear Harmonic model
  • Cavitation
  • Fluid-Structure interaction
  • Conjugate Heat Transfer