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Amphyon Training

Scientific Background of Methods and Application Scenarios

This interactive training consists of two parts. The first part is a presentation about the physical background, material science, used methods and numerics. The second part is the use of the software and application of the available modules for real manufacturing scenarios.

amphyon

A simulation based process software for powder bed based,
laser beam melting additive manufacturing processes

Training Agenda

Training - Part 1

General presentation of the software and problems that will be solved - 1 hour
  • Laser Beam Melting technology: benefits and disadvantages
  • Laser Beam Melting technology: costs and state-of-the art problems
  • Introduction to the new workflow for pre-processing jobs
  • Module description “Examiner”: Idea and use-case example
  • Module description “MPS” (Simulation): Idea and use-case example
  • Module description “Predeformation”: Idea and use-case example
  • Performance and needed computing resources

Presentation of numerical and physical backgrounds - 2 hours

  • Theoretical background of the “Examiner” module
  • Simulation models, state-of-the-art, approaches for process modeling
  • Theoretical background of the simulation: The multi-scale-approach
  • Theoretical background of the simulation: Scan strategies and process loads
  • Theoretical background of the simulation: Fast mechanical analysis
  • Calibration routine and validation of simulation results

FAQ and time for questions and discussions - 1 hour

  • Neglected heat conduction
  • Result interpretation
  • Distortion compensation
  • Calibration and validation

Training - Part 2

Introduction to the GUI - 30 minutes

  • Graphical user interface: Menu, 3d view, tabs, preferences
  • Basic Navigation in Amphyon
  • Import and export of files

Exercises - 3 hours

  • Example 1.1 - Preparation of an Examination
  • Example 1.2 - Interpretation of Examination results
  • Example 2.1 - Preparation of a simulation
  • Example 2.2 - Interpretation of the simulation results
  • Example 3.1 - Comparison with the original CAD
  • Example 3.2 - Comparison with measurements
  • Example 4.1 - Distortion compensation
  • Example 4.2 - Predeformation validation

Discussion - 30 minutes

  • Analyzes of user’s parts
  • Discussion of user’s problems
  • Workflow integration issues

Who Should Attend?

Engineers who are familiar with Laser Beam Melting technology and have a normal (scientific) understanding of thermo-mechanics


Please note that on-site training is currently offered for France, Germany, Italy, Spain, Sweden and UK. All other countries will have virtual trainings.


Upcoming Dates
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