1. Program overview

Title: Introduction to Fluid Dynamic with ANSYS CFX  - online course

Director: Professor Juan José Benito Muñoz.

Department: Construction & Manufacturing Engineering (UNED University)

 

  1. Eligibility and requirements

 

An academic degree is required although university students in the last year of their course may be admitted with documentary evidence.

 

  1. Goals

 

This program provides attendees with professional training in the field of Computational Fluid Dynamics using ANSYS CFX.  The goal of this course is to give attendees a complete understanding of the ANSYS CFX software and to provide  the  necessary  knowledge  to  use  it,  which  can  be  used  directly  in engineering  and  manufacturing  companies,  scientific  research  institutes  and  in other advanced studies.

 

Previously to the ANSYS CFX training, a complete training about CFD geometry pre-processing (using ANSYS SpaceClaim) and CFD meshing (using ANSYS Mechanical) is given.

 

With this objective in mind, the course is fully structured into applied and practical course subjects that include the use of professional software currently used in the market, such as ANSYS CFX.

 

  1. Contents

 

The course is divided into four different parts:

 

  • Geometry modeling with SpaceClaim
  • CFD Meshing
  • Introduction to ANSYS CFX
  • Practical Application Exercises with ANSYS CFX

 

The contents of each subject are detailed below.

 

Geometry modeling with SpaceClaim

Lectures:

  1. Core Skills
  2. Creating Geometry
  3. Repairing Geometry
  4. CFD Modeling
  5. SpaceClaim to Workbench

Workshops:

  1. Basics
  2. Creating simple bracket
  3. Creating geometry
  4. Repairing geometry
  5. Preparing for CFD Analysis
  6. Parameters.

 

CFD Meshing

Lectures:

  1. Core Skills
  2. Meshing Methods
  3. Global Mesh Controls
  4. Local Mesh Controls
  5. Mesh Quality and Advanced Topics

Workshops

  1. ANSYS Workbench Meshing Basics
  2. ANSYS Meshing Methods
  3. Global Mesh Controls
  4. Local Mesh Controls
  5. 2D Axisymmetric Plate
  6. Shell Pressure Vessel

 

Introduction to ANSYS CFX

Lectures:

  1. Introduction to ANSYS
  2. Introduction to Workbench
  3. Overview of the CFD Process
  4. Domains, Boundary Conditions and Sources
  5. Post-Processing
  6. Solvers Settings and Output file
  7. Interfaces and Moving Zones
  8. Heat Transfer
  9. Turbulence modeling
  10. Transient Simulations
  11. Best Practices for CFD
  12. CEL, CCL and Additional Variables
  13. Scripting and Automation

Workshops

  1. Mixing Tee
  2. Multi-Species Flow and Post-Processing
  3. Fluid Flow around the NACA 0012 Airfoil
  4. Axial Fan Stage
  5. Electronics Cooling
  6. Vortex Shedding
  7. Scripting and Batch Processing

 

Practical Application Exercises with ANSYS CFX

Exercises:

  1. Duct bend
  2. Wind Turbine Site Assessment
  3. Mixing Tee with Particle Transport Modeling
  4. Catalytic Converter
  5. Cavitating Centrifugal Pump
  6. Room Temperature Study
  7. Transient Brake Rotor
  8. Tank Flush
  9. Inline Mixer
  10. Turbo Pre and Post

 

  1. Schedule

 

35 hours of study.  The course lasts from 1 to 6 weeks with full flexibility since no specific delivery date is indicated.

 

Distance evaluation tests: Attendees must deliver three of the practical exercises proposed in the practical course subject.

 

  1. Methodology

 

The learning methodology is entirely online and includes tutorships, software, audiovisual  resources,  documentation,  exercises,  tutorials,  online  evaluation, forums and exams in English. Attendees will have access to all learning materials through the virtual classroom.

 

  1. Teaching Materials

 

The main training material is also combined with a selected bibliography for study. These texts are for Application and Practical courses and are also part of the "hands on" exercises.

 

Attendees  will  have  access  to  educational  software  licenses  of  ANSYS  from Ingeciber for use throughout the application training of the course.

 

  1. Tutorships

 

The teaching staff will respond to attendee inquiries via telephone, email, or in person. Phone tutorship’s will be available within the following hours: 

Monday to Friday during office hours and always subject to tutor’s availability.

 

  1. Evaluation and Grading criteria

 

Attendee evaluation will be performed through the practical application exercises.

 

  1. Certification

 

Certification  will  consist  of  a  diploma  from  ICAEEC  &  Ingeciber  indicating successful completion of the subject by the attendee as well as the grade obtained in the practical application exercises.

 

  1. Teaching Staff

 

Professor Juan José Benito Muñoz (Director). Construction & Manufacturing

Engineering Department (UNED).

 

Mr. Pablo Arrieta Yáñez (Coordinator & tutor). Ingeciber, S.A.

 

  1. Fees

 

Tuition fees are €450.

 

Current attendees and former attendees of  the UNED International  Master’s in Theoretical   and   Practical   Application   of   Finite   Element   Method   and   CAE Simulation are eligible for a 33% discount.

 

  1. Validation

 

Attendees  who  have  completed  this  course  can  validate  the  application  and practice  part  of  the  UNED International  Master’s  in  Theoretical  and  Practical Application of Finite Element Method and CAE Simulation for the practical course subject of Module F using ANSYS CFD (CFX) software.

 

Download the course guide in a pdf file

 

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