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Trainingsbeschreibungen

Electromagnetics
Einführung in FluxMotor
Electromagnetic Simulation with FEKO
Flux
FluxMotor
Introduction to Flux 2D/3D
Wave Propagation Analysis and Radio Network Planning with WinProp

Pre- and Postprocessing
HyperMesh – CFD Meshing Advanced
HyperMesh – CFD Meshing Basic
HyperMesh – Morphing
HyperMesh – Thin-walled Structures
HyperMesh – Volume Structures
HyperMesh/HyperView – Basic – Hybrid (self-paced and presence)
HyperView/HyperGraph – Advanced
SimLab – Automation
SimLab – Basic
SimLab – CFD Analysis
SimLab Introduction

Analysis and Optimization
AcuSolve – CFD Analysis
Altair nanoFluidX™
Altair ultraFluidX™
Crash & Impact Simulation with RADIOSS
Design Optimisation using OptiStruct
Fatigue – Basic
FEKO – Electromagnetic Analysis
Flux – Automation
Flux – Spezialworkshop zum Thema induktives Erwärmen
Flux Basic – Electromagnetic Analysis
FluxMotor – Electric Motor Predesign
HyperStudy
Material composite design with Altair Multiscale Design (2 days)
MotionView/MotionSolve – MBD
Multi-body system simulation with Altair MotionSolve (2 days)
Multidisciplinary design exploration with Altair HyperStudy (2 days)
Non-Linear mechanical analysis with Altair OptiStruct (2 days)
OptiStruct – Analysis Basic
OptiStruct – Nonlinear Analysis
OptiStruct – NVH Analysis
OptiStruct – Optimization Advanced
OptiStruct – Optimization Basic Hybrid
OptiStruct – Thermal Analysis
RADIOSS – Advanced
RADIOSS – Airbag Simulation
RADIOSS – Basic
RADIOSS – Composites
RADIOSS – Fluid Structure Interaction
RADIOSS – Material Modeling
RADIOSS – USER Subroutines
SimSolid
Simulation cycle of short fiber reinforced, injection molded components
WinProp – Radio Network Planning Tool

Designing Composites
Designing Composites – ESAComp™
Designing Composites with HyperMesh/OptiStruct/HyperView

Manufacturing
Composite Forming
Injection molding simulation to check manufacturing feasibility using Altair Inspire Mold
Injection molding simulation to check manufacturing feasibility using SimLab
Inspire for Casting Analysis - online
Introduction to Forming Simulation with InspireForm and HyperForm
PolyUrethane foaming simulation to check manufacturing feasibility using Altair Inspire PolyFoam
Simulationsgetriebenes Design für moderne Fertigungslösungen
Stamping simulation to check manufacturing feasibility using Altair Inspire Form

Concept Design
All-in-one industrial design with Altair Inspire Studio (2 days)
Design for Additive Manufacturing using Altair Inspire
EVOLVE – Geometry Creation
Generative Design-Topology Optimization with Altair Inspire (2 days)
Getting started with motion simulations using Altair Inspire
INSPIRE – Structure
INSPIRE (online)
Introduction to Altair Inspire - Generative Design
Online Inspire Studio
Structural Analysis for rapid Design Iterations with Altair SimSolid (1 day, on line)

Scripting
HyperGraph/HyperView – Customizing Basic
HyperMesh – Customizing Basic
HyperMesh/HyperGraph/HyperView – Customizing Advanced

Model Based Development
Activate
Compose
Embed

Enterprise Solutions
Advanced PBS Professional System Administration Training
PBS Professional

Altair Partner Alliance Products Training
AFDEX Advanced Customized Training
AlphaCell Training
Amphyon Training
Basic Training to Quickly Use HUByx Body Model
ChassisSim Bootcamp
CONVERSE by PART Engineering – Composites Modeling
CONVERSE Fundamentals Training
DSHplus by Fluidon – 1D System Simulation
FEMFAT Advanced by Magna Powertrain – Fatigue Life Analysis
FEMFAT Basic by Magna Powertrain – Fatigue Life Analysis
HUByx Physical Training
HUByx Training Opportunities
Introduction to Santos® Pro Concepts, Conventions, and Techniques
KTex Family Physical Training
KTex Family Training Opportunities
KTex Family Web-Based Training
Maplesoft Training
NovaFlow&Solid Level 2
NovaFlow&Solid Training
StressCheck Web-Based Training

Methods Seminar
Basic Composites
Basic FEM
Crash Calculations
FEM Modeling
Fundamentals of Fatigue Strength
Machine Acoustics - NVH
Nonlinear FEM
Structural Optimization Theory

Knowledge Works
Data Analytics for Engineering and Manufacturing

PARTNER METHOD SEMINARS
Basic Additive Manufacturing (Metal) by Fraunhofer IAPT
Bionic Design for Additive Manufacturing - Expert Training by Fraunhofer IAPT and Altair
Bionic Design for Additive Manufacturing (Metal) by Fraunhofer IAPT and Altair
Package: Basic Additive Manufacturing (Metal) and solidThinking INSPIRE

ADDITIONAL SOFTWARE TRAININGS FOR STUDENTS
INSPIRE for Students (online)
Introduction to HyperMesh and OptiStruct for Students
OptiStruct Composites for Students


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