Course catalog

Purpose

This training includes an introduction to the Actran software as well as a presentation of the capabilities of the software for the purpose of simulating radiation acoustics of vibrating structures. The objective of this training is to make the autonomous participant in the use of Actran on this application.

Participant

Anyone interested in predicting the acoustic field radiated by their products or prototypes

Prerequisites

Basic knowledge in the field of acoustics and vibration

Fluent English (course materials in English)

Program

1st day :

• Introduction to Actran software
• Introduction to the modeling process in Actran
• Workshop: manipulation of Actran input files
• Theory: Finite element methods and infinite elements acoustics, acoustic boundary conditions
• Workshop: acoustic radiation in the near field and away  from a loudspeaker horn via the use of infinite elements
• Workshop: creation of an acoustic mesh in Actran based on a CAD file

2nd day :

• Theory: APML (Adaptive Perfectly Matched Layers), non-reflection method for radiation acoustics in free or semi-free field
• Workshop: acoustic radiation in the near field and away from a loudspeaker horn via the use of APML
• Theory: acoustic radiation from a structure vibrating from BC_MESH functionality
• Workshop: calculation of acoustic radiation of a box of speed by a straight-in approach.Workshop: calculation of acoustic radiation of this same gearbox after adding treatment acoustics (cover, cover)

3rd day (optional): advanced uses

• Workshop: RADACT, radiation calculation chain automated acoustic
• Workshop: calculation of acoustic radiation of a box of speed by Green's approach
• Modeling of acoustic radiation with your structural model (the meshes and results of vibration of the structure are necessary, preferably in Nastran or ANSYS format).

Purpose

This training includes an introduction to the Actran software and a presentation of its capabilities with the aim of simulating acoustic problems interior and exterior.

Participant

This course is intended for people wishing to discover the functionalities of basis of Actran software and propagation features acoustic

Prerequisites

Basic knowledge in the field of acoustics and vibration
Fluent English (course materials in English)

Program

1st day :

• Introduction to Actran software
• Introduction to the modeling process in Actran
• Workshop: manipulation of Actran input filesTheory: Finite element methods and infinite elements acoustics, acoustic boundary conditions
• Workshop: acoustic radiation in the near field and away from a loudspeaker horn via the use of infinite elements
•  Workshop: creation of an acoustic mesh in Actran on based on a CAD file

2nd day :

• Theory: PML (Perfectly Matched Layer), method of non-reflection for field acoustic radiation free or semi-free
• Workshop: acoustic radiation in the near field and away from a loudspeaker horn via the use of PML
• Theory: acoustic radiation from a vibrating structure from BC_MESH functionality
• Workshop: Creation of a virtual Kundt tube
• Workshop: Calculation of acoustic radiation of a box of speed by a straight-in approach.
• Workshop: Study of interior acoustic behavior a ski cabin (cover, cover)

3rd day:

• Theory: modeling and integration of dissipative effect and acoustic damping
• Workshop: Study of interior acoustic behavior a ski cabin, with treatment by admittance then by adding layers of porous material
• Workshop: Study of interior acoustic behavior of a ski cabin via the Modal approach.

Purpose

This training includes an introduction to the Actran software and a presentation of its capabilities in order to simulate the acoustic behavior of lines intake and exhaust.

Participant

This course is intended for people wishing to discover the basic functionalities of the Actran software and in particular its acoustic functionalities dedicated to conduit type geometries.

Prerequisites

Basic knowledge in the field of acoustics
Fluent English (course materials in English)

Program

1st day :

• Introduction to Actran softwareIntroduction to the process modeling in Actran
•  Workshop: manipulation of Actran input files
• Theory: Finite element methods and infinite elements acoustics, acoustic boundary conditions
• Workshop: acoustic radiation in the near field and away from a loudspeaker horn via the use of infinite elements
• Workshop: creation of an acoustic mesh in Actran based on a CAD file

2nd day :

• Theory: Definition of Duct Acoustic Modes
• Workshop: Acoustic propagation in a simple silencer
• Workshop: Acoustic propagation in a silencer containing perforated plates.
• Theory: vibro-acoustic simulation techniques
• Workshop: Simulation of vibro-acoustic behavior an exhaust silencer via the hybrid approach modal / physical

3rd day:

• Theory on the use of porous materials
• Theory: transfer matrix method (TMM)
• Workshop: Acoustic propagation in a line simplified exhaust system with TMM
• Techniques for interpolating a flow on the acoustic mesh
• Workshop: Acoustic propagation in a silencer subject to average flow
• Introduction to the definition of anisoptropic porous and homogenization methods for the modeling of catalytic converter, air filter or particle filter.
• Theory: acoustics of a component involving visco-thermal losses

Purpose

Participant

Prerequisites

Program

1st day :

• Introduction to Actran software
• Introduction to the modeling process in Actran
•  Workshop: manipulation of Actran input files
• Theory: Finite element methods and infinite elements acoustics, acoustic boundary conditions
• Workshop: acoustic radiation in the near field and away from a loudspeaker horn via the use of infinite elements and/or APML
• Workshop: creation of an acoustic mesh in Actran on based on a CAD file

2nd day :

• Theory: Purely structural vibration simulation in Actran
• Theory: Fluid/structure coupling technique
• Theory: vibro-acoustic calculation with the modal approach or hybrid
• Workshop: Vibro-acoustic behavior of a cabin skiing + variants
• Introduction to the Nas2Act translator, allowing to convert a Nastran model to an Actran model which can then be enriched for a vibroacoustic simulation

3rd day:

• Theory: modeling and integration of dissipative effect and acoustic damping, porous materials
• Workshop: calculation of acoustic radiation of a box of speed after adding acoustic treatment (cover, cover)
• Workshop: modeling of a skin component for vehicle
• Theory: Acoustic transparency through a shock-absorbing structure
• Workshop: Calculation of the acoustic transparency of a windshield automotive
• Introduction to the modeling of composite materials in Actran.

4th day (optional): Virtual SEA method

• Theory: introduction to the Virtual SEA method for a medium and high frequency vibration calculation
• Workshop: construction of a Virtual SEA model and analysis energy propagation paths

Purpose

Participant

Prerequisites

Program

1st day :

• Introduction to Actran software
• Introduction to the modeling process in Actran
• Workshop: manipulation of Actran input files
• Theory: Finite element methods and infinite elements acoustics, acoustic boundary conditions
• Workshop: acoustic radiation in the near field and away from a loudspeaker horn via the use of infinite elements and/or APML
• Workshop: creation of an acoustic mesh in Actran on based on a CAD file

2nd day :

• Theory: Aero-acoustics, Lighthill Analogies and Möhring
• Projection technique by integration of results CFD in the acoustic mesh
• Discrete Fourier Transformation from the results obtained in time domain (CFD) to domain frequency (acoustic)
• Workshop: aero-acoustic noise from a ventilation duct automotive (HVAC)
• Advanced techniques: source filtering for minimize the truncation phenomenon, calculation with multi load cases to identify source areas

3rd day:

• Workshop: Simulation of fan propeller noise by Lightill's analogy
• Theory: Introduction to propeller noise modeling by rotating analytical sources
• Workshop: Calculation of the noise generated by the turbulent flow around a car side mirror and spread to the interior of the passenger compartment through the window (basic knowledge required in modeling of structure in Actran).
• Theory: Introduction to the Stochastic Noise method Generation and Radiation (SNGR) allowing a calculation aero-acoustics based on a stationary CFD

Purpose

This training includes an introduction to the Actran software as well as a presentation

of its vibro-acoustic capacities, in particular the integration of materials

insulators, absorbents and dampeners of the porous type.

Participant

This course is intended for people wishing to discover the Actran functionalities

for space applications

Prerequisites

Basic knowledge of acoustics and vibrations

Fluent English (course materials in English)

Program

1st day :

• Introduction to Actran software
• Introduction to the modeling process in Actran
• Workshop: manipulation of Actran input files
• Theory: Finite element methods and infinite elements

• acoustics, acoustic boundary conditions

• Workshop: acoustic radiation in the near field and

• away from a loudspeaker horn via the use of
• infinite elements and/or APML

• Workshop: creation of an acoustic mesh in Actran

2nd day :

• Theory: random/stochastic type excitation by
• acoustic diffuse field on a structural component
• modeled in Nastran
• Workshop: calculation of displacements and stresses
• structural features of a structure subjected to a diffuse field
• Theory: acoustics of a component involving
• •visco-thermal losses
• Workshop: Simulation of a space solar panel in
• folded configuration subjected to a diffuse field, with
• account of the visco-thermal dissipation effect
• 3rd day (optional): Virtual SEA method
• Theory: introduction to the Virtual SEA method for a
• medium and high frequency vibration calculation
• Workshop: construction of a Virtual SEA model and analysis
• energy propagation paths

Program

1st day :

• Introduction to Actran software
• Introduction to the modeling process in Actran
• Workshop: manipulation of Actran input files
• Theory: finite elements and infinite acoustic elements, the

• acoustic boundary conditions

• Workshop: acoustic radiation in the near field and

• away from a loudspeaker horn via the use of
• infinite elements and/or PML

• Workshop: creation of an acoustic mesh in Actran on
• based on a CAD file

2nd day :

• Definition of acoustic conduit modes
• analytical
• Convected acoustic propagation
• Mesh criterion for convected acoustics
• Calculation of potential flow in Actran
• Steady-flow interpolation from the
• CFD on the acoustic mesh
• Workshop: Calculation of convected acoustic propagation on
• a nacelle model treated with a “liner”.

Purpose

This training includes an introduction to the Actran software and its TM and DGM.

Participant

This course is intended for people wishing to discover Actran TM functionalities

and DGMs dedicated to aircraft engine and nacelle type applications.

Prerequisites

Basic knowledge of acoustics

Fluent English (course materials in English)

3rd day:

• Definition of digital acoustic duct modes
• Acoustic calculation over a wide frequency band
• (broadband)
• Calculation by symmetric and anti-symmetric decomposition
• Workshops on the three subjects mentioned above
• 4th day (optional): Galerking method
• discontinued
• Theory on Actran DGM: Galerkin method
• discontinued
• Workshop: Acoustic propagation in a bypass of
• carrycot
• Workshop: Acoustic propagation at the engine exhaust

Purpose

Participant

Prerequisites

Program

1st day :

• Introduction to multibody technology
• Getting started with the interface
• First level modeling (rigid bodies, connections perfect)
• Simple analysis
• First-level exploitation (animation, drawing of curves)

2nd day :

• Intermediate level modeling (movements imposed, simple functions, coupler, basic outputs)
• Intermediate level exploitation (animation options and layout)
• Calculation / test

3rd day:

• Union of models
• Modeling of flexible links
• Import / export of tabulated data

4th day:

• Kinematic, static, dynamic and modal analysis
• Assistance with the development of simulations (settings, script of simulation)
• Advanced exploitation (calculation of specific results, calculation/test correlation, animation of eigenmodes, FFT)

5th day:

• Advanced modeling (functions of forces, friction, contact, settings)
• Introduction to advanced drawing techniques experience and vibration studies

Purpose

Participant

Prerequisites

Program

• Adams/Solver basic concept
• Formulation of equations
• Numerical methods and resolutions of equations
• Error management – debugging – Modeling faults

Purpose

Participant

Prerequisites

Program

1st day :

• Parametric Construction
• Exploitation in sensitivity study and plan of experience

2nd day :

• Writing of macro command
• Dedicated menu and dialog development

Purpose

Participant

Prerequisites

Program

1st day :

• Technological positioning
• Design approach

2nd day :

• Basic functions: Beam model, Export of quasi-static loads…
• Import of flexible body: MSC Nastran preparation, Adams exploitation, Modal reduction, Amortization,
• Exploitation in deformations, Application of prestressing,Application of surface loads

Purpose

Participant

Prerequisites

Program

1st day :

• Technological positioning
• Design approach and scope of application
• ADAMS/Control in Cosimulation mode
• Operation under Matlab™ (demonstration only) Easy5 Operation – Introduction to EASY5

2nd day :

• ADAMS/Control in “Function evaluation” mode
• ADAMS/Control in GSE equation import mode – EASY5 exploitation Co-simulation parameters
• ADAMS/Control in ADAMS/Car mode
• ADAMS/Control in linearized model export mode
• Functional Mockup Interface (FMU/FMI)

Purpose

• Present the techniques for estimating fatigue life.
• Provide an introduction to FEA calculations performed as a pre-analysis for a subsequent calculation of fatigue life.- Bring together the techniques of structural dynamics, the techniques of estimating the duration fatigue life and AAE to show how to design reaction structures dynamic for required fatigue life.

Participant

Prerequisites

Program

Day 1

Session 1 - Fatigue and DPV integration

• Introduction to Fatigue
• Link fatigue to the maintenance technician
• FE & Dynamics
• Stress life and strain life approach in fatigue
• Considerations for Materials and Fatigue Loading
• Post-processing leads to fatigue
• Presentation of the CAEfatigue software
• Introduction to the help menu and documentation
• Introduction to Process Flow and Control File interfaces
• Introduction to application templates and layout areas

Session 2 - Time domain applications

• Concrete examples from the user guide
• Configuration and execution of simple process flow problems
• Linear static superposition (with loading scenarios)
• Modal Transient (with Nastran and Adams option)o Direct transient

Day 2

Session 3 – Frequency Domain Applications

• Brief reminder of day 1
• Application of fatigue in the time and frequency domain
• Simple introduction to damage calculation in the frequency domain (from PSD to RCC in going through the damage)
• Simple multi-loading shaker table
• Including deterministic loading with random loading.
• Concrete examples from the user guide
• Basic random loading app
• Load conditioning (conversion from time domain to frequency)
• Multiple random loading app
• Deterministic loading with/without random loading

Session 4 - Introduction to Design Variability

• Interoperability of CAEfatigue with other Hexagon products (Nastran, Marc, Apex, Digimat, etc.)
• Robust Monte Carlo sensitivity study of the design application based on variable parameters

Day 3 (optional)

Session 5/6 – Advanced topics / Applications within CAEfatigue• Cascading loading

• Collision detection
• Substitute loading with vector option
• Theory and modeling of welds
• Spot welds
• Seam welds (2D and 3D)
• BS7608 welds
• Specialized features including RESTART, FNOTCH, STRLIM, etc.
• Advance fatigue material modeling for short fiber plastics reinforced (thanks to Digimat™)
• Pseudo-analysis of damage using temporary acquired signals or MBD

Purpose

• provide a detailed overview of fatigue life estimation techniques in the frequency domain.
• provide an introduction to FEA calculations performed as a pre-analysis for a subsequent calculation of fatigue life. The third is to
• bring together the techniques of structural dynamics, the techniques of estimating the duration fatigue life and AAE to show how to design reaction structures dynamic for required fatigue life.

Participant

This course is intended for all users wishing to work with dynamic analysis and fatigue using the frequency domain

Prerequisites

Basic knowledge of structural analysis and dynamic analysis

Fluent English (course materials in English)

Program

Day 1

Session 1 - Introduction to fatigue and dynamics

• What is PSD?
• Time and frequency domain application
• Practical PSD calculations
• Use of PSD Loads & Crosses
• RMS stress levels and manual calculations
• Presentation of the CAEfatigue software
• Introduction to the help menu and documentation
• Introduction to Process Flow and Control File interfaces
• Introduction to application templates and layout areas

Session 2 - Fatigue Life Calculation in the Frequency Domain (Part 1)

• Gaussian, random and stationary data
• Zero crossing and peak rates and jitter factor
• PSD statistics
• Root mean square (RMS) and moments
• Equivalent stresses and test acceleration
• RCC and damage calculation from PSDs
• Susceptibility to damage
• Sinus scans
• Simultaneous sine and sine on random
• Concrete examples from the user guide
• Basic random loading app
• Data frequency domain conversion time
• Multiple PSD loader app
• Sine waves, sine sweeps, sine harmonics, etc.

Day 2

Session 3 – Fatigue Life Calculation in the Frequency Domain (Part 2)

• Day 1 recap
• Concrete examples (continued)
• Basic random loading app
• Data frequency domain conversion time
• Multiple PSD loader app
• Sine waves, sine sweeps, sine harmonics, etc.

Session 4 – Advanced Random Response Calculation

• How to obtain displacement, velocity, accelerations and forces (Nastran, Ansys or Abaqus).
• Evaluation of the gap between moving parts (collision detection).
• Concrete examples from the user guide
• Configuration of the random analysis model
• Advanced random analysis
• Collision detection

 Purpose

At the end of this training, the trainee will be able to use the solution scFLOW in response to thermal and fluidic issues encountered in his company. He will also have:

• Consolidate general knowledge of CFDs
• Master and optimize their use of scFLOW

Participant

This course is intended for users such as Design Office Designer, R&D engineer, simulation engineer, technical manager.

Prerequisites

Knowing the Windows environment & 3D modeling (CAD) Mastering notions of basic physics (pressures, velocities, heat exchanges, etc.)

Fluent English (course materials in English)

Program

The training starts with reminders of the basic notions of fluid mechanics and the use of the scFLOW software.

The handling of the tool will be done by simple application cases, taken from the CRADLE case base at first then on the customer cases, allowing to create solid bases as for the use of the preprocessor, the solver and the postprocessor.

At the end of this first session, the trainee will have the basic notions allowing to:

• Import and clean geometry from his company
• Extract the fluid vein adapted for a CFD calculation
• Put in data a case of application of fluid and thermal flow
• Mesh the fluid domain
• Launch the calculation and follow the convergence of the system
• Analyze the results obtained
• Exploit the different possible post-processing: images, film, curves, etc.

Purpose

At the end of this training, the trainee will be able to use the solution scFLOW using advanced features that have been previously targeted according to the applications to be processed.

Participant

This course is intended for all users such as Design Office Designer, R&D engineer, simulation engineer, technical manager...

Prerequisites

Know the Windows environment & Know 3D modeling (CAD)

Master notions of basic physics (pressures, velocities, exchanges thermal, …)

Have followed the scFLOW 1st level training

Fluent English (course materials in English)

Program

The training starts with a presentation of the features of the scFLOW software to be understood during this session.

The handling of these will be done by simple application cases, taken from the CRADLE case base initially

then on customer cases, making it possible to create a solid foundation for the use of these advanced functions.

At the end of this session, the trainee will have the notions allowing to:

• Understand in which case the feature(s) should be used
• Set up and configure a simulation model in the rules of the art for the use of these features
• Launch the calculation and follow the convergence of the system
• Analyze the results obtained

Purpose

At the end of this training, the trainee will be able to use the solution scSTREAM in response to thermal and fluidic issues encountered in his society. It will also have:

• Consolidated his general knowledge in CFD
• Mastered and optimized its use of scSTREAM

Participant

This course is for all users such as Designer, Office studies, R&D engineer, simulation engineer, technical manager...

Prerequisites

Know the Windows environment & 3D modeling (CAD or BIM)

Master notions of basic physics (pressures, velocities, exchanges thermal, …)

Fluent English (course materials in English)

Program

The training starts with reminders of the basic notions of fluid mechanics and the use of the scSTREAM software.

The handling of the tool will be done by simple application cases, taken from the CRADLE case base in a first then on the customer cases, allowing to create solid bases as for the use of the preprocessor, the solver and the post-processor.

At the end of this first session, the trainee will have the basic notions allowing to:

• Import and clean geometry from his company
• Extract the fluid vein adapted for a CFD calculation
• Put in data a case of application of fluid and thermal flow
• Mesh the fluid domain
• Launch the calculation and follow the convergence of the system
• Analyze the results obtained
• Exploit the different possible post-processing: images, film, curves, etc.

Purpose

At the end of this training, the trainee will be able to use the solution scSTREAM using advanced features that have been previously targeted according to the applications to be processed.

Participant

This course is intended for all users such as Design Office Designer, R&D engineer, simulation engineer, technical manager...

Prerequisites

Know the Windows environment & Know 3D modeling (CAD)

Master notions of basic physics (pressures, velocities, exchanges thermal, …)

Have followed the scSTREAM 1st level training

Fluent English (course materials in English)

Program

The training starts with a presentation of the features of the scSTREAM software to be understood during this session.

The handling of these will be done by simple application cases, taken from the CRADLE case base in a first step.

time and then on customer cases, making it possible to create a solid foundation for the use of these advanced functions.

At the end of this session, the trainee will have the notions allowing to:

• Understand in which case the feature(s) should be used
• Set up and configure a simulation model in the rules of the art for the use of these features
• Launch the calculation and follow the convergence of the system
• Analyze the results obtained
• The trainee will then have the tool for a period of 4 weeks. This will allow him to practice situation with the use of the tool internally

Purpose

This training will give you the necessary skills to model your composite materials by a multi-scale approach using our Digimat solution. The base of the multi-scale approach is to take into account the microstructural specificities of the composite (orientation of reinforcements, quantity of reinforcements, shape reinforcements, type of reinforcement) on its performance. This creates a link

direct between the manufacturing process of the part governing the microstructure of the composite and the final thermo-mechanical performance of the part. This training revolves around a common core: the first two days to which is added a third day which will focus on the use of composite materials in your industry. The content of this third day is therefore adjustable according to your needs.

Participant

Any engineer and manager using composite materials in modeling of parts and aimed at reducing costs.

Prerequisites

Basic theoretical knowledge of modeling the behavior of materials (elasticity, elasto-plasticity) recommended.

Fluent English (course materials in English)

Program

1st day:

• Introduction to Digimat, the platform and the interface user.
• Digimat-MF: creation of an anisotropic material model
• Theory on homogenization by mean fields.
• Review of basic material laws: elasticity, elastoplasticity, visco-elasticity,…
• Definition of a composite material and its microstructure.
• Modeling of the fracture of the composite
• Prediction of the behavior of the next composite different load case. Sensitivity study of behavior of the composite to its microstructure.
• Digimat-MX: management of your Digimat materials and calibration of an anisotropic material model
• Management of the materials database:
  • import and export of data.
  • Security, user access, encryption
  • Link with material suppliers.
• Calibration by reverse identification of a material multi-scale Digimat from the properties of the Composite

2nd day :

• Digimat-MAP: data transfer between meshes injection and structural
• Implementation of data such as tensors orientations, weld lines, constraints residual etc.
• Introduction to data transfer methods.
• Evaluation of the quality of data transfers.
•  Digimat-CAE: coupling between Digimat and codes Finite Element
• Introduction to the different coupling solutions: macro, micro and hybrid.
• Interaction with finite element codes such as Marc, Nastran, Abaqus, Ansys, LS-DYNA etc..
• Digimat-RP: integrated coupling solution
• Implementation and post-processing of coupled analyses.
• Injection simulation and orientation estimation fibers.

(3rd day – advanced option): sample subject Automobile industry

• Creep:
• Introduction to thermomechanical models.
• Calibration of a coefficient of thermal expansion anisotropic.
• Performing creep analysis with the codes of calculations: Abaqus, Ansys & Marc.
• NVH
• Introduction to viscoelastic models.
• Definition of an anisotropic damping.
• Macro and Hybrid solution for coupling with Marc, Nastran, Ansys and Abaqus.
• Post-processing of frequencies and eigen modes.
• Resolution of a frequency response analysis.
• Fatigue
• Evaluation of the lifespan and the number of cycles to failure without fatigue code.
• Coupling with fatigue codes such as nCode for loads of variable amplitude.
• Crash / Impact
• Introduction to the elasto-viscoplastic model and viscoelastic-viscoplastic
• Definition of a failure criterion depending on the strain rate
• Coupling with explicit calculation codes such as LS-Dyna, Pam-Crash, Abaqus Explicit.
• Evaluation of the breakage of the part and its dependence on the manufacturing process.
•  Electronic Industry
• Stiffness and resistance
• Introduction to thermomechanical models
• Definition of a failure criterion depending on the microstructure and temperature
• Coupling with calculation codes such as Marc, Nastran, Abaqus, Ansys, LS-Dyna.
• Prediction of the mechanical strength of the part. PCB modeling
• Prediction of the stiffness of a PCB by the approaches of multi-scale modeling (Digimat-FE and Digimat-MF).
• Resistance of welds resulting from the process of injection molding for thermoplastic material reinforced
• Effect of defects (porosity) in welds on their resistance.
• Impact simulation
• Introduction to the elasto-viscoplastic model and viscoelastic-viscoplastic
• Definition of a failure criterion depending on the strain rate
• Coupling with explicit calculation codes such as LS-Dyna, Pam-Crash, Abaqus Explicit.
• Evaluation of the breakage of the part and its dependence on the manufacturing process.
• Aviation industry
• Stiffness and resistance
• Use of multi-scale material with progressive damage to predict strength of a composite part.
• Link with the draping type manufacturing process.
• Impact simulation (Bird strike)
• Definition of a failure criterion depending on the strain rate
• Coupling with explicit calculation codes such as LS-Dyna, Pam-Crash, Abaqus Explicit.
• Evaluation of the breakage of the part and its dependence on the manufacturing process.
• Prediction of the performance of a part made of material DFC (Discontinuous Fiber Composite)
• Coupling with the manufacturing process using Digimat-FE
• Coupling with calculation codes such as Marc, Nastran, Abaqus, Ansys, LS-Dyna.
• Prediction of the mechanical strength of the part.
• Prediction of the performance of a part produced by the AFP process (Automatic Fiber Placement)
• Coupling with the manufacturing process using Digimat-MAP
• Consideration of performance defects mechanical
• Oil&Gas industry
• Stiffness and resistance
• Use of multi-scale material with progressive damage to predict strength of a tube
• Link with the winding type manufacturing process.
• Coupling with calculation codes such as Marc, Nastran, Abaqus, Ansys, LS-Dyna.
• Creep:
• Introduction to thermomechanical models.
• Calibration of a coefficient of thermal expansion anisotropic.
• Performing creep analysis with the codes of calculations: Abaqus, Ansys & Marc.

Purpose

Introduction to Explicit Calculus

Notion of Lagrangian, Eulerian and coupling solver

Participant

Anyone wishing to simulate crashes, impacts, rapid dynamic explosion.

Prerequisites

Some general basics in finite elements

Fluent English (course materials in English)

Program

1st day :

• Introduction to Explicit Schema - Explicit Comparison / implicit
• Difference between LAGRANGIAN and EULERIAN solver

              - General information on contact and Lagrange/Euler coupling

• Data entry and format - General information on data files data
• Launch of a Dytran calculation - Output and exploitation of results

2nd day :

• Library of elements - Laws of material behavior
• Loadings - Boundary conditions
• Hourglass - Amortization
• Pre-stress - Restart
• Fortran subroutines - Structure/structure interaction
• Mass scaling - Modeling best practices for the explicit calculation

Purpose

Solve fluid/structure interaction problems with an approach EULER/LAGRANGE

Participant

This course is intended for users wishing to acquire the techniques advances in using Dytran software.

Prerequisites

DYT 101 is recommended.

Fluent English (course materials in English)

Program

1st day :

• EULERIAN solver Basic concept - Method of finite volumes
• Library of elements - Laws of material behavior
• Loadings - Boundary conditions
• Domain Initialization - No Time Properties

Ref: DYT101

Difficulty level: Beginner

Duration: 2 days

Available in e-learning

Ref: DYT102

Difficulty level :

Intermediate

Duration: 2 days

2nd day :

• General concept coupling - Putting into data of the general coupling
• Coupling techniques - Fortran subroutines
• Modeling Best Practices - Output of results, Post processing

Purpose

Advanced course whose objective is to train the user in the dynamic analysis of structures with Marc.

Participant

Users wishing to acquire the knowledge necessary to carry out dynamic analyses.

Prerequisites

Knowledge of Marc at least equivalent to Marc 101 training.

Fluent English (course materials in English)

Program

1st day :

• Calculations of real eigenmodes (frequency and modal shape)
• Introduction of depreciation models in the dynamic analyzes

2nd day :

• Harmonic analyzes
• Linear and non-linear analyzes
• Two application sessions will be offered to trainees during training

Purpose

Familiarize the user with the creation and use of user routines with Mark. Modify parts of the existing code without knowing the algorithm of the program, and make it possible to define a law of behavior material, to modify the geometric properties, to apply specific loadings.

Participant

Users wishing to acquire the knowledge necessary for the implementation user routines to perform complex simulations.

Prerequisites

Knowledge of Marc at least equivalent to Marc 101 training.

Fluent English (course materials in English)

Program

1st day :

• Algorithm - Incremental Loop
• Geometric modifications - Behavioral law material
• Specific load - Output result
• Example of commented routine - Reminders of FORTRAN
• Opening and closing a file - Reading of data from an external file

2nd day :

• Debugging a routine - Setting up a routine FORCEM
• Display format - Writing results to a file
• Using USDATA - Data recovery in the input file
• Restart Files - Shutdown Routine
• Operation on matrices - Using COMMON

Purpose

The objective of this course is to provide the basics for carrying out the studies in linear and non-linear thermal with Marc

Participant

Users wishing to acquire the knowledge necessary to carry out thermal analyzes with Marc.

Prerequisites

Notions of heat transfer are preferable

Fluent English (course materials in English)

Program

1st day :

• Theoretical reminder, elementary thermal
• Thermal analysis, heat transfers
• Conduction, Convection, Thermal Contact, Steady and transient thermal analyzes
• Data entry

2nd day :

• Thermal analysis, advanced heat transfer
• Radiative transfer theory, Data entry
• Coupled thermomechanical analyzes
• Introduction and theory, Sequential couplings, Coupled thermomechanical

Purpose

Introduction to finite element calculations with Marc software and initiation of

users to the Mentat pre- and post-processor environment in order to

carry out linear and non-linear static calculations (non-linearities

geometry, material and contact).

Participant

Users wishing to have a solid foundation on Marc.

Prerequisites

Notions of mechanics and resistance of materials.

Fluent English (course materials in English)

Program

1st day :

• Introduction
• Reminder Non-linear calculation
• Environment Mentat
• Mentat Modeler

2nd day :

• Data entry with Mentat
• Geometric nonlinearities
• Material non-linearities
• Contact management in Marc

3rd day:

• Multistep calculations
• Buckling
• Resolution of convergence problems

Purpose

Improve the user's understanding of Marc in order to model the nonlinearity problems.

Participant

Users wishing to tackle advanced nonlinear problems.

Prerequisites

Basic knowledge of nonlinear simulations and the Mentat environment.

Fluent English (course materials in English)

Program

1st day :

• Advanced material models:
• Viscoelasticity and damage to elastomers
• Creep and superplastic formation
• Breakage of composites
• Cracking: VCCT method

2nd day :

• Contact – advanced settings and STS contact
• Adaptive meshing and global remeshing
• Local Adaptive Remeshing - User Subroutines in Marc
• Creep of a Tube (User Subroutine)

3rd day:

• User routines
• Thermal calculations and coupled analyzes
• Structural zooms
• Restarts and performance

Purpose

Learn and understand how materials testing and analysis by finite elements are associated to improve product design by rubber and elastomer.

Participant

Users wishing to acquire the knowledge necessary to implement place of analysis of products in elastomeric materials with Marc and Mentat.

Prerequisites

Basic knowledge of strength of materials, materials elastomers and FE experience

Fluent English (course materials in English)

Program

1st day :

• Introduction
• Elastomers: tests and simulations
• Behavior of elastomeric materials
• Material models and parameter identification
• Hyperelastic materials
• Application session

2nd day :

• Uniaxial tests and analyzes
• Biaxial, shear and analysis tests
• Isothermal viscoelasticity and relaxation
• Application session

3rd day:

• Frequency dependence, Payne model
• Bergstrom-Boyce model
• Damage to elastomers
• Application session

Purpose

Learn and understand how to perform multiphysics analyzes with Marc and Mentat.

Participant

Users wishing to acquire the necessary knowledge to carry out multiphysical analyzes (electrostatic, electromagnetic, piezoelectric,…)

Prerequisites

Knowledge of Marc at least equivalent to Marc 101 training.

Fluent English (course materials in English)

Program

1st day :

• General presentation
• Introduction to magnetism - Introduction to finite element method - Nonlinearities
• Nonlinear Methods / Nonlinearity
• Thermal analysis and thermal stresses

2nd day :

• Electrostatics: Theory, data entry and types of problems
• Joule effect: Theory, data entry and types of problems
• Electro-thermo-mechanical couplings
• Magnetostatics: Theory, data entry, types of problems and couplings

3rd day:

• Low frequency electromagnetics: Theory and implementation given, coupling with thermal and mechanical
• Electromagnetic and couplings with thermal and mechanical.
• Piezoelectric effect: Theory, setting and types of Problems

Purpose

Understand the principles and capabilities of the Material Center solution navigate in the user interface to find relevant information.

Participant

Consultant, materials engineers, users

Prerequisites

Basic knowledge of Materials data

Fluent English (course materials in English)

Program

• General view of MaterialCenter
• General presentation
• Basic principles and capacity review
• Demonstration and documentation
• Navigate through the interface
• Home page
• Research in materials databases

Purpose

Acquisition of the technique of use and handling of MaterialCenter

Configuration of material and test drawings

Integration with excel

Integration with CAE tools

User rights management

Participant

Consultant, materials engineers, users

Prerequisites

MAT 101

Fluent English (course materials in English)

Program

• Understanding of technical principles
• Basic principles
• Data model architecture
• Setup
• Creation of Materials and test drawings
• Creation of excel mapping
• Export configuration for CAE

Purpose

Participant

Prerequisites

Program

1st and 2nd days: Training in the Modeler module of MSC Apex

• Introduction - Removal of detail on a solid and solid mesh
• Basic geometric tools (sketch, repair geometry, surface and volume geometry)
• Tools for creating a midsurface and automatic thickness assignment
• 1D, 2D and 3D mesh tools – Connections assembly
• Study of non-conformities of an FE model - Interoperability with MSC Nastran

Day 3: Training in the Structures module of MSC Apex

• Modal analyzes (implementation and post-processing)
• Linear static analyzes (installation and post-processing)
• Frequency response analyzes (implementation and post treatment)

Available in e-learning

Each part will be illustrated with practical workshops allowing the user to put the themes into practice approached An optional 4th day is possible. In this case, the user will be able to bring his own models in order to put into practice directly with the trainer.

Purpose

Participant

Prerequisites

Program

• Overview of the generative concept
• Basic concept
• Introduction to Generative Apex Design
• Data structure - Graphical interface and process - Optimization parameters
• Examples
• Data entry - Test of the different parameters - Analysis and interpretation of the results
• Advanced concepts
• Optimization strategies
• Influence of strategies
• Advanced settings

Purpose

Introduction to finite element calculations with Nastran software. His goal is to introduce users to calculation methods in linear statics, analysis modal and buckling. The structure of the Nastran data file is studied in retail. Nastran's features are presented through numerous examples. All examples are built with a text editor, without graphic interface

Participant

Users who want to acquire a solid foundation for using applications

Nastran's most advanced features.

Prerequisites

Notions of mechanics and resistance of materials

Fluent English (course materials in English)

Program

1st day :

• Introduction to MSC Nastran
• Introduction to finite element theory
• MSC Nastran dataset: EXECUTIVE
• MSC Nastran dataset: CASE CONTROL

2nd day :

• MSC Nastran dataset: BULK DATA

3rd day:

• Calculations of frequencies and eigen modes
• Linear buckling
• Understand MPC, Connectors and RBEs

4th day

• Composite analysis
• Linear contacts
• Model verification

Purpose

The purpose of this training is to familiarize Nastran users with the possibilities of the software in the field of dynamics. This covers analytics mode search (SOL 103), frequency response (SOL 108 and 111) and transient response (SOL 109 and 112).

Participant

Users wishing to implement dynamic simulations with Nastran.

Prerequisites

Knowledge of Nastran equivalent to NAS 101 training

Fluent English (course materials in English)

Program

1st day :

• Fundamental notions in dynamics
• Mass modeling
• Clean modes

2nd day :

• Rigid modes – Modes with sticky contact
• Damping modeling
• Transient responses

3rd day:

• Frequency responses
• Forced responses in displacement, speed or acceleration
• Random responses

Purpose

Understand how model reduction methods work

offered by the ODYSSEE CAE software and discover the power of this

method on: prediction of measurements, inverse registration and

optimization or reconstruction of animations

Participant

Anyone wishing to start with ODYSSEE CAE

Prerequisites

Knowledge of EF software

Fluent English (course materials in English)

Program

• Introduction
• Generation of a design of experiment (DOE)
• Parsing (Generation of EF models, launching
• calculations and extraction of results
• automatic)
• Prediction and validation
• Sensitivity study
• Animation prediction and reconstruction
• Optimization

Purpose

Go much further in the use of ODYSSEE CAE by learning the

QUASAR programming language (ODYSSEE software solver) and

the use of the NOVA optimizer.

Participant

Anyone wishing to increase their skills in the use of

CAE ODYSSEY

Prerequisites

Have taken the ODYSSEE Basics training

Fluent English (course materials in English)

Program

1st day :

• Pre and post data processing (DOE, PCA,

  Correlation, covariance, dendrogram...)

• Learn to use NOVA

2nd day :

• Learn the Quasar programming language (see detail

  in ODYSSEE Quasar programming training

• Use Quasar in ODYSSEE CAE ("custom" and "userscripts"

Purpose

Understand the use of ODYSSEE A-Eye to use and create a tool for

real-time prediction. This tool, based on machine methods

learning, allows the use of different types of data (images, curves,

numerical and qualitative data, CAD).

Participant

Anyone wishing to start on ODYSSEE A-Eye

Prerequisites

Fluent English (course materials in English)

Program

• Introduction

• Using an app (A-Eye app)

• Creation and management of A-Eye manager applications)

Purpose

Go much further in the use of ODYSSEE A-Eye by learning the

QUASAR programming language (ODYSSEE software solver) and

applying it to image processing to create a new application.

Participant

Anyone wishing to increase their skills in the use of

ODYSSEE A-Eye

Prerequisites

Have completed the Advanced A-Eye training

Fluent English (course materials in English)

Purpose

Master the QUASAR programming language common to software

ODYSSEE CAE and ODYSSEE A-Eye, also included in the package

ODYSSEE Solver

Participant

Any user wishing to start programming with Quasar.

Prerequisites

Have knowledge of object programming.

Fluent English (course materials in English)

Program

1st day :

• Introducing Quasar
• Discovery of the programming language
• Native Quasar libraries: Basic, Matrix-related, Quasar-related

  system

• Discovered advanced libraries ("External" functions)

2nd day :

• DOE
• Reduced models
• Statistics
• Data Mining
• Image processing...

Purpose

PAT301A is the introductory course for new Patran users. The

participants will learn the basic skills needed to use

Patran for linear static analyses: mesh, properties, conditions

limits, loading, launching the analysis and post-processing. Many

application exercises will allow participants to acquire total autonomy

with Patron.

Participant

It is aimed at novice users wishing to acquire a solid foundation on

Patran.

Prerequisites

Fluent English (course materials in English)

Program

• Product Overview - Files Used and Interface
• user
• Geometric construction: import, creation, edition
• Basic techniques in 1D, 2D and 3D mesh
• Management and manipulation of the Patran model
• Notion of fields
• Definition of the loadings and boundary conditions -
• Seizures of materials
• Definition of materials and properties
• Implementation of the calculation
• Lists: selection tools by filters and associations -
• Viewports: multi-window management
• Post-processing - Animations

Purpose

This training is an in-depth Patran usage course. It presents

advanced features of the tool, particularly on the techniques

mesh. Notions of PCL (Patran Command Language) are also

introduced for task automation. Customization and management of

advanced modeling functions (geometry, mesh, loading, conditions

limits) as well as the advanced graphic possibilities are presented.

Participant

Users concerned with exploiting the full potential, concern for efficiency and

productivity gain.

Prerequisites

Knowledge of Patran equivalent to PAT 301A training

Fluent English (course materials in English)

Program

• Introduction
• Advanced geometric modeling strategies
• Advanced surface meshing strategies (Extraction of neutral fibers - Mid plane mesher – Mesh-on-Mesh…)
• Advanced solid mesh strategies (rule, free, 2.5D, assembly…)
• Customization of work environment (Creation of shortcuts)
• Introduction to Patran Command Language (PCL) for task automation
• Advanced post-processing, automation

Purpose

This training is dedicated to training in the programming language of

Patran: the PCL (Patran Command Language). The PCL allows the addition, in

the Patran environment, custom user interfaces and the

development of specific functionalities.

Participant

User wishing to practice this programming language.

Prerequisites

Knowledge of Patran at least equivalent to PAT 301 training.

Fluent English (course materials in English)

Program

• General information on the PCL
• Structure and syntax
• PCL function
• Compilation - Library management
• Patran Architecture - Access to database via
• the PCL Possible applications - Management of
• graphics features
• Use of the C pre-processor - Principle of lists of
• selection
• Debug mode
• Programming a user interface - Classes

Purpose

MSC Laminate-Modeler is a composite layup simulation tool on

complex shapes built into Patran. It takes into account the effect

draping (orientation of fibers, change in thickness) in the simulation.

This seminar presents the main lines of the theory of composite materials

and their modes of rupture and their integration. The methods of draping and

post-processing are presented.

Participant

The engineers and designers involved in the design and manufacture of

composite parts

Prerequisites

Knowledge equivalent to PAT 301A or B training.

Fluent English (course materials in English)

Program

• Introduction
• Classical theory of composite stacks in
• simulation
• Construction of a model with Laminate Modeler
• Draping simulation with Laminate Modeler
• Draping of complex surfaces (cutouts)
• Failure criteria for composites
• Modeling of thick composites (elements volume)
• Post treatment

Purpose

This training is an introduction to the "Romax Concept" software for the

modeling and rapid analysis of power transmission systems.

Participant

Design, study, calculation and analysis engineers and technicians.

Prerequisites

Fluent English (course materials in English)

Purpose

This training is an introduction to the creation of models for software

of the “Romax DT” family.

Participant

Design, study, calculation and analysis engineers and technicians.

Prerequisites

Fluent English (course materials in English)

Purpose

This training is an introduction to the advanced functions of the software of the family

Romax DT.

Participant

Design, study, calculation and analysis engineers and technicians

Prerequisites

Introduction to the creation of models for the software of the "Romax DT" family

Fluent English (course materials in English)

Purpose

This training is an introduction to "Romax Enduro", simulation software and

optimizing the durability of power transmission systems

electromechanical.

Participant

Design, study, calculation and analysis engineers and technicians.

Prerequisites

Introduction to the creation of models for the software of the "Romax DT" family

Fluent English (course materials in English)

Purpose

This training is an introduction to "Romax Evolve", analysis software

electromechanics for the study of electrical machines.

Participant

Design, study, calculation and analysis engineers and technicians.

Prerequisites

Fluent English (course materials in English)

Purpose

This training is an introduction to "Romax Spectrum", software for

NVH simulation of a complete system, from the study of gears and

from electrical machines to acoustic quality at the level

vehicle.

Participant

Design, study, calculation and analysis engineers and technicians.

Prerequisites

Introduction to the creation of models for the software of the family "

Romax DT »

Fluent English (course materials in English)

Purpose

This training is an introduction to "Romax Spin", software for

advanced simulation of rolling elements of bearings for their

study and their application.

Participant

Design, study, calculation and analysis engineers and technicians.

Prerequisites

Introduction to the creation of models for the software of the family "

Romax DT »

Fluent English (course materials in English)

Purpose

This training is an introduction to the “CAD Fusion” and “Dynamic Fusion” modules.

Participant

Design, study, calculation and analysis engineers and technicians

Prerequisites

Fluent English (course materials in English)

Purpose

This training is an introduction to "Romax Energy", software for

efficiency calculation for power transmission systems and

reducers.

Participant

Design, study, calculation and analysis engineers and technicians.

Prerequisites

Introduction to the creation of models for the software of the family "

Romax DT »

Fluent English (course materials in English)

Purpose

Understand the principles and capabilities of the SimManager solution Navigate

in the user interface to find relevant information.

Participant

Consultant, Methods and Stress Engineers, Users

Prerequisites

Fluent English (course materials in English)

Program

• Overview of SimManager
• General presentation
• Basic principles and capacity review
• Demonstration and documentation.
• Navigate through the UI
• Home page
• Analysis tree

Purpose

Understand the principles and capabilities of the SimManager solution Navigate

in the user interface to find relevant information.

Participant

IT

Prerequisites

Fluent English (course materials in English)

Program

• Overview of SimManager
• General presentation – Basic principles
• Architecture
• Administration
• Administration of the workspace
• Definition of rights and user classes -
• Connection to LDAP
• Control tools

Purpose

The objective of this introductory seminar is to teach the user how to

implement simulations to evaluate its forming processes or

assembly, using Simufact Forming. In particular, the user will have

a presentation of the methods and tools available in this software. Of

more, he will be able to familiarize himself with the graphic interface during the various

application sessions that will address the different aspects of these

simulations. The second day will be devoted to a process of your choice.

Participant

This course is intended for users in the field of forming

Prerequisites

CAD knowledge would be a plus.

Fluent English (course materials in English)

Program

1st day :

• General introduction simulation - Introduction

  Simufact Forming

• Preprocessing, HMI

  • CAD import and geometry creation -

  Positioning of components

• Definition of tool movement - Properties

  thermal

• Contacts
• Workshop 1 Simufact Logo Stamping
• Calculation - Output files - Parallelization
• Postprocessing - Visualization - Plotting of curves
• Sequence of multi-pass processes and processes

  non-standard - Problem solving

• Workshop 2: Upsetting of a cylinder

2nd day theme of your choice:

Self-Piercing Riveting (SPR)

• Modeling of the riveting process – Self-piercing rivets

  - Creation of the automatic report

• Workshop 3 Riveting - SPR
• Mechanical tests on assembly
• Workshop 4: tensile test and shear tensile test.
• Workshop 5: Riveting with adhesive

Spot welding (RSW)

• Modeling spot welding - Creation of the

  automatic report

• Workshop 3 2D spot welding

Purpose

The objective of this introductory seminar is to teach the user how to

implement simulations to evaluate its assembly processes

by welding, using Simufact.Welding. In particular, the user will have a

presentation of the methods and tools available in this software to

model tools, heat sources and weld beads. Of

more, he will be able to familiarize himself with the graphic interface during the various

application sessions that will address the different aspects of these simulations.

Participant

This course is intended for users in the field of assembly and

welding processes.

Prerequisites

CAD knowledge would be a plus.

Fluent English (course materials in English)

Program

Day 1:

Simufact Welding - Introduction

• Introduction to Welding Joint Simulation -

  Introduction Simufact Welding

• Using the online help - CAD import and creation

  of geometry

• Positioning of components - Mesh
• Modeling of the tools - Definition of the cords of welding
• Implementation of simulations - Postprocessing
• Visualization - Plot of curves
• Workshops

2nd day:

Simufact Welding – Advanced and RSW

• Chaining of multi-pass processes - Non-standard processes
• Problem solving - Reduction of calculation times
• Simulation of spot welding (RSW) – Workshops

Purpose

The objective of this introductory seminar is to teach the user how to

implement simulations to evaluate its processes

additive manufacturing, using Simufact Additive Manufacturing. In

particular, the user will have a presentation of the methods and tools available

in this software. In addition, he will be able to familiarize himself with the graphical interface during

different application sessions that will address the different aspects of

these simulations.

Participant

This course is intended for users in the field of additive manufacturing

Prerequisites

CAD knowledge would be a plus.

Fluent English (course materials in English)

Program

1st day:

• Introduction
• General concepts of SIMUFACT AM
• Definition of a process and familiarization with the software
• Presentation of the graphical interface
• Definition of components: parts, supports and

  tray

• Model manipulation
• Manufacturing parameters
• Analysis parameters
• Post processing and evaluation of results

2nd day :

• Application exercise 1: mechanical analysis of a

  aeronautical component

• Presentation of the deformation method

  inherent

• Application exercise 2: calibration in analysis

  mechanical

• Application exercise 3: thermal analysis and

  thermomechanical

• Application exercise 4: calibration in analysis

  thermal and thermomechanical

• Application exercise 5: automatic compensation

  distortions

• Post-processing complements

Purpose

Understand how the VIRES VTD tool works and know how to create/edit

infrastructure and scenarios

Participant

This course is aimed at all users wishing to work in driving

autonomous

Prerequisites

Basic knowledge of autonomous vehicles or driving aids

Fluent English (course materials in English)

Program

• Global view of the VIRES VTD software suite
• Global view of resources and procedures - Tool configuration
• Plug-in via Module Manager - Introduction to traffic simulation
• Scenario Editor basics
• Creation of basic scenarios - Define routes
• Define actions on participants - Insert pedestrians
• Road Designer basics
• Creation of a database from the "tiles" - Edition of the properties of the route
• Edit the routes (lines, markings, panels…) - Edit the elevation
• Insert objects

Purpose

Understand the detailed operation of the VIRES VTD tool and know how to create/edit infrastructure and scenarios

Participant

This course is intended for all users such as Designer, Design Office,

R&D engineer, simulation engineer, technical manager...

Prerequisites

Basic knowledge of autonomous vehicles or driving aids

Fluent English (course materials in English)

Program

1st day :

• Global view of the VIRES VTD software suite
• Global view of resources and procedures -

  Tool Setup

• Plug-in via ModuleManager - Introduction to

  traffic simulation

• ScenarioEditor basics
• Creation of basic scenarios - Define routes
• Define actions on the participants - Insert

  pedestrians

• Road Designer basics
• Creation of a database from the “tiles
• » - Editing the properties of the route
• Edit the routes (lines, markings, signs, etc.) -

  Edit elevation

• Insert objects

2nd day :

• Advanced scenarios: Creation of more advanced scenarios
• VTD interfaces
• RDB and SCP protocols - Types of networks
• Data access and control via RDBSniffer and SCPGenerator - Co-Simulation with Simulink, ADTF
• Sensors
• Understand the different sensor models - Configure sensors