ALTAIR INSPIRE - Simulation-driven design PLATFORM · Heat Transfer Studio Structure Motion Forming Extrusion Additive Casting Molding Crash Safety Blast Gravity Springback Radioss
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Simulation-driven designIl nuovo paradigma dello sviluppo prodotto
Carlo Damiani - Parma, 29 Maggio 2109
ALTAIR TECHNOLOGY OVERVIEW
James Dagg, CTO Design and Simulation Solutions, March 2019
Altair Overview
Altair transforms design and decision making
by applying simulation, machine learning and optimization
throughout product lifecycles.
Our Vision
About Altair
A Simulation-Centric Portfolio for Design, Data Analytics, Cloud and AI.
$396MFY18
Revenue
2,500+Engineers,
scientists, and
creative thinkers
60,000+Users
1985Founded and
headquartered in
Troy, MI US
8,000+Customers
Globally
81Offices in
25 Countries
100+Software
products
6
• Envision the future
• Communicate honestly and broadly
• Seek technology and business firsts
• Embrace diversity and risk taking
Culture & Values
Leader in HPC Technology
Broadest Portfolio of Solvers
Unique LicensingModel
Our Market Differentiation
Optimization Technology Leader
Global Domain & Simulation Expertise
Open-architecture Solutions
© 2019 Altair Engineering, Inc. Proprietary and Confidential. All rights reserved.
Altair Partner
Alliance (APA)
High Performance
Cloud ComputingInternet of Things
Data IntelligencePhysics SimulationDesign, Modeling
& Visualization
Broad Portfolio of Comprehensive Solutions
Altair Software
Image
Design, Modeling and Visualization
PhysicsSimulation
DataIntelligence
High-Performance Cloud Computing
Internet of Things
Comprehensive, open-architecture solutions for simulation, data intelligence and cloud computing
Third-party and custom software applications
Altair KnowledgeWorks™
Model-BasedDevelopment
Altair SmartWorks™Altair solidThinking™
Data IntelligenceGenerative Design, Concept Dev / Analysis, Rendering
Advanced CAE Modeling,Solvers, Visualization
IoT, Analytics, ML and Digital Twin
Altair HyperWorks™
Open ArchitectureNo single vendor
“lock in”Freedom to customize stack
to your processNon-disruptive, rapid
deployment
Flexible Software Delivery Models
Global, scalable unit-based
licensing
On-demand Cloud Access
Virtual Appliances and Bursting
Fully Managed Physical Appliances
© 2019 Altair Engineering, Inc. Proprietary and Confidential. All rights reserved.
Evolution of Simulation-Driven DesignP
rod
uct
Val
idat
ion
Pro
du
ct D
esig
n
3D CAD
2D CAD &Manual Design
Physical Testing
Simulation-drivenDesign
ComputerSimulation
ALT
AIR
FOC
US
TEC
HN
OLO
GY
TODAY
1980s 1990s 2000s 2020s2010s
Broadest Portfolio of Optimization-Enabled Solvers
Systems Simulation
Altair is driving the design benefits of multiphysics optimization.
Manufacturing Simulation
Electromagnetics Structural Analysis Fluid DynamicsThermal AnalysisCrash, Safety,
Impact & Blast
Altair Simulation-Driven Design
Altair Inspire™
Injection Molding
CastingFluidsMotionStructuresStudio Print3DExtrusionForming
Simulation-Driven Design
Reduce time-to-market by applying simulation early
Evaluate single and coupled physics performance
Generate original designs for innovative products
Is there a fast, easy, accurate and affordable way
to achieve all of the above?
Simulation-Driven Design
SYSTEM MODELING
EARLY 3D CONCEPT
MANUFACTURING
Simulation-drivenDesign
1980s 1990s 2000s 2020s2010s
Simulation-Driven Design
SYSTEM DESIGN
EARLY 3D CONCEPT
MANUFACTURING
Simulation-drivenDesign
1980s 1990s 2000s 2020s2010s
Simulation-Driven Design
SYSTEM DESIGN
MANUFACTURING
EARLY 3D CONCEPT
Simulation-drivenDesign
1980s 1990s 2000s 2020s2010s
Durability
Vibrations
Acoustics
Buckling
Heat Transfer
Studio
Structure
Motion
Forming
Extrusion
Additive
Casting
Molding
Crash
Safety
Blast
Gravity
Springback
Radioss
Structural Explicit
OptiStruct
SimSolid
Structural Implicit
Inspire
Concept
Activate
Systems
FluxFeko
Electromagnetism
MotionSolve
Multi-body
AcuSolveFluidX
CFD and Thermal
Design Optimization
Machine Learning
Electric Machines
Sensors
Antennas
EMC
Networks
HPC
Cloud
Building Design Solutions around Simulation
Models: From 0D to 3D
Combine mechanical models with electrical models (0D, 1D, and/or 3D) to enable multi-disciplinary simulation and leverage automatic code-generation for embedded systems
Mechatronics Power Electronics
0D
1D
3D
x = f(x,u,t)y = g(x,u,t)
Altair Flux - a Wide Range of Application
Motors & Generators
Transformers & Inductances
Sensors ActuatorsInsulation, Electric
FieldInduction Heating
Power ModulesBusbar SystemsShip magnetic
SignatureCablesEMCWireless Charging
FluxMotor: A New Tool for Electric Machine Design
Efficient pre-design of electric machines
• A dedicated tool• Customizable templates
• Embedded winding tool
• Easy to use
• Fast and accurate results
• Standard relevant results obtained automatically
• Maps & Design sheets
• Increased productivity
Simulation Driven E-Motor Design
Power /Torque /
Efficiency
Multi-Physics Design Loop
Weight
Light Weighting of• Permanent Magnets• Rotor Structure• Housing
System /Control
ThermalStiffness /Strength /Durability
Acoustics
Magnetic
Vibrations
Acoustic
Altair Flux Coupled to Altair Activate for SYSTEM SIMULATION
• Electromagnetic device modeled with its environment
• Control strategy design
• Energy efficiency of the global system
• Lumped model or Table extraction to full co-simulation
MOTORS & GENERATORS
Any kind of rotating machine in 2D, 3Dor Skew
Templates for fast definition
Electric circuit & rotating motion
Full analysis of the machine
Coupling with system-level tools
• Drive and control
• Model reduction to full co-simulation
Efficiency optimization
SENSORS
Many types of sensor can be designedwith Flux:
• Position and speed sensors
• Current sensors
• Magneto-inductive foil sensor
• Non Destructive Testing, ...
Eddy Currents & Motion
Coupling with circuit equations
Very accurate results
ACTUATORSLinear actuators for various applications:
• Circuit breakers
• Protection relays
• Electromagnetic valves
• Loudspeakers
• …
Motion and circuit taken into accountPrecise evaluation of:
• Closing/opening time
• Acceleration, speed
• Electromagnetic quantities
• Effects of induced current
Coupling with system-level simulation
• Through tables or co-simulation
WELL INTEGRATED IN THE DESIGN WORKFLOW
CAD Imports• CATIA• Pro / Engineer• IGES. IGES advanced• STEP. STEP advanced• Parasolid• NX• Solidworks
Mesh Imports• NASTRAN• PATRAN• UNIV Ideas• MED
INPUTS
Systems• Activate, Compose• MATLAB Simulink®
• LMS Amesim®
• Portunus
NVH• OptiStruct• LMS Virtual.Lab• MSC Nastran• ANSYS Mechanical
Thermal• AcuSolve• STAR-CCM+• ANSYS Fluent
Mechanical• OptiStruct
Templatesfor motors• 2D & 3D Overlays• FluxMotor
Driving Flux• Python• Compose• With API– C/C++ language– Excel / VB script
Optimization• HyperStudy
Distributed computation• PBS Works
CAD exports• SAT• CATIA V4. V5• IGES• STEP • MED
Results export• Excel®
• Test• XML
OUTPUTS
Altair | HyperMeshAltair | SimLab
Altair Flux™
May 28, 2019 Altair Engineering, Inc. Proprietary and Confidential. All rights reserved.©
CLOUD COMPUTING
MACHINE LEARNING
INTERNET OF THINGS
© 2019 Altair Engineering, Inc. Proprietary and Confidential. All rights reserved.
TECHNOLOGICAL EVOLUTION IS HAPPENING …
Altair is the right partner to help
you compete in this future
Grazie
SMART PRODUCT DESIGN
E MOBILITY
ADDITIVE MANUFACTURING
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