CADFEM TRAINING FOR FINITE ELEMENT ANALYSIS AT A GLANCE
Basic level
Understand and specifically improve procedures in the metallic 3D printing process - no simulation experience required
DAY 1
- Basic information on process simulation
- Data preparation for 3D printing of metallic components
- Setting up a 3D printing process simulation
- Evaluation of the printing process simulation
Refresh your knowledge of engineering mechanics and learn the basic principles of FEM through numerous practical examples.
DAY 1
- Reaction variables, tension, and pressure
- Beam bending
- Shear und torsion
- Stress state
- General law of elasticity
- Strength hypothesis
- Other structures in mechanics
- Basic idea of finite elements
- Properties of the FEM
- Displacement approximation
- Approximation of element geometry
- Dos and Don’ts in FEM
Perform your own solutions and understand the properties of the Finite Element Method
DAY 1
- Modelling and simulation of a truss structure in Ansys
- Examples taking you from analysis to detailed practical evaluation
- Carry out stability analyses and systematically improve structures
- More understanding of your design through modal analysis and nonlinearities
Whether you work with Ansys Discovery or Ansys SpaceClaim, this training course will teach you everything you need to know about modeling for Ansys.
DAY 1
- Hands-on geometry
- Keeping a clear overview even with complex assemblies
- From sketch to 3D model
- Getting there faster with pre-processing methods
DAY 2
- Efficiently generating FE-oriented geometry
- Automated geometry changes through parameters
- Transferring solid models to beam and shell models
- Geometry creation for faceted surfaces
Calculate the effect of wave, current and wind loads on marine vessels and offshore installations during the development phase
DAY 1
- Introduction to simulation with Ansys AQWA
- Radiation and hydrodynamic diffraction analysis
- Multibody system and connections
- Static and dynamic stabilities
- Hydrodynamic transient response
- Statistical analysis in the frequency domain
- Hydrodynamic analysis for models with line bodies
- Load transfer from Ansys AQWA to Ansys Mechanical
Faster, further, quieter – learn how to efficiently simulate complex motion sequences.
DAY 1
- Multi-body Simulation with Ansys Motion
- Model Set-up and Simulation
- From Simulation to Result
- Extended Model Structure
- Non-linear Contacts
- Linear Flexible Bodies
- Nonlinear Flexible Bodies
- Interfaces to the Ansys Product Family
Determine optimal print parameters for the laser powder bed fusion process and influence printed component properties
DAY 1
- Additive Science: theory at a glance
- Melt pool and porosity analysis for metal powder
- Scan strategy dependent temperature history and microstructure analysis
- Management of additive material data
This course is your introduction to structural mechanics with Ansys and the perfect foundation for all further Ansys Mechanical courses.
DAY 1
- Introduction to simulation with Ansys Mechanical
- Meshing fundamentals
- Fundamentals of boundary conditions
- Fundamentals of evaluation
- Material definition and parameterization
- Bonded contact and shared topology
- Frequently used boundary conditions for more flexibility
- Evaluation options to check results
- Sub-models and modal analyses
- Frequently used meshing settings for more flexibility
- Load step calculation and bolt prestressing
- Delving deeper into the evaluation of results
- Processing external data and structured work
- First steps in nonlinear structural mechanics
- Advantages of nonlinearities and efficient evaluation
- Consolidate knowledge and ensure transfer
Quickly achieve reliable electronic layouts through virtual testing for thermal cycles, vibration and shock loads
DAY 1
- Meet Ansys Sherlock
- Description of loads
- Structure of a model
- Reliability and failure models