Simulation-driven design Il 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 Our Vision Altair transforms design and decision making by applying simulation, machine learning and optimization throughout product lifecycles. About Altair $396M 2,500+ 60,000+ 1985 8,000+ 81 100+ FY18 Engineers, Users Founded and Customers Offices in Software Revenue scientists, and headquartered in Globally 25 Countries products creative thinkers Troy, MI US A Simulation-Centric Portfolio for Design, Data Analytics, Cloud and AI. Culture & Values • Envision the future • Communicate honestly and broadly • Seek technology and business firsts • Embrace diversity and risk taking 6 © 2019 Altair Engineering, Inc. Proprietary and Confidential. All rights reserved. Our Market Differentiation Broadest Portfolio Optimization Technology Open-architecture Solutions of Solvers Leader Global Domain & Simulation Leader in HPC Technology Unique Licensing Expertise Model Broad Portfolio of Comprehensive Solutions Design, Modeling Physics Simulation Data Intelligence & Visualization High Performance Altair Partner Internet of Things Cloud Computing Alliance (APA) Altair Software Comprehensive, open-architecture solutions for simulation, data intelligence and cloud computing Design, Modeling Physics Data High-Performance Internet of Things and Visualization Simulation Intelligence Cloud Computing Image Open Architecture No single vendor Freedom to customize stack Non-disruptive, rapid “lock in” to your process deployment Model-Based Generative Design, Concept Advanced CAE Modeling, IoT, Analytics, ML and Digital Data Intelligence Development Dev / Analysis, Rendering Solvers, Visualization Twin Altair HyperWorks™ Altair solidThinking™ Altair SmartWorks™ Altair KnowledgeWorks™ Third-party and custom software applications © 2019 Altair Engineering, Inc. Proprietary and Confidential. All rights reserved. Flexible Software Delivery Models Global, scalable unit- Fully Managed Virtual Appliances On-demand Cloud based Physical Appliances and Bursting Access licensing Evolution of Simulation-Driven Design TODAY Physical Testing Computer Simulation Product Validation Product TECHNOLOGY 1980s 1990s 2000s 2010s 2020s FOCUS Simulation-driven ALTAIR Design 3D CAD Product Design Product 2D CAD & Manual Design Broadest Portfolio of Optimization-Enabled Solvers Manufacturing Crash, Safety, Systems Simulation Electromagnetics Structural Analysis Thermal Analysis Fluid Dynamics Simulation Impact & Blast Altair is driving the design benefits of multiphysics optimization. Altair Simulation-Driven Design Injection Studio Structures Motion Fluids Casting Forming Extrusion Print3D Molding Altair Inspire™ 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 1980s 1990s 2000s 2010s 2020s Simulation-driven Design EARLY 3D CONCEPT MANUFACTURING Simulation-Driven Design SYSTEM DESIGN EARLY 3D CONCEPT 1980s 1990s 2000s 2010s 2020s Simulation-driven Design MANUFACTURING Simulation-Driven Design SYSTEM DESIGN EARLY 3D CONCEPT MANUFACTURING 1980s 1990s 2000s 2010s 2020s Simulation-driven Design Building Design Solutions around Simulation Crash OptiStruct Durability Safety Radioss Vibrations Blast SimSolid Acoustics Structural Gravity Buckling Springback Explicit Structural Implicit Heat Transfer Studio Structure Motion Inspire Activate AcuSolve HPC Forming FluidX Design Optimization Cloud Extrusion Concept Systems Machine Learning Additive CFD and Casting Thermal Molding Electric Machines Flux Sensors MotionSolve Antennas Feko Multi-body EMC Electromagnetism Networks 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 x = f(x,u,t) 0D y = g(x,u,t) 1D 3D Altair Flux - a Wide Range of Application Motors & Transformers & Insulation, Electric Sensors Actuators Induction Heating Generators Inductances Field Ship magnetic Wireless Charging EMC Cables Busbar Systems Power Modules Signature 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 / Light Weighting of Efficiency • Permanent Magnets • Rotor Structure • Housing Weight Stiffness / Thermal Strength / Durability Magnetic Acoustic System / Acoustics Control Multi-Physics Vibrations Design Loop 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, 3D or 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 designed with Flux: • Position and speed sensors • Current sensors • Magneto-inductive foil sensor • Non Destructive Testing, ... Eddy Currents & Motion Coupling with circuit equations Very accurate results ACTUATORS Linear actuators for various applications: • Circuit breakers • Protection relays • Electromagnetic valves • Loudspeakers • … Motion and circuit taken into account Precise 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 Systems NVH Thermal Mechanical • Activate, Compose • OptiStruct • AcuSolve • OptiStruct • MATLAB Simulink® • LMS Virtual.Lab • STAR-CCM+ • LMS Amesim® • MSC Nastran • ANSYS Fluent INPUTS • Portunus • ANSYS Mechanical OUTPUTS CAD Imports CAD exports • CATIA • SAT • Pro / Engineer • CATIA V4. V5 • IGES. IGES advanced • IGES • STEP. STEP advanced • STEP • Parasolid • MED • NX Altair Flux™ • Solidworks Results export • Excel® Mesh Imports • Test • NASTRAN • XML • PATRAN • UNIV Ideas • MED Templates Driving Flux Optimization Distributed for motors • Python • HyperStudy computation • Altair | HyperMesh • 2D & 3D Overlays Compose • PBS Works • FluxMotor • With API Altair | SimLab – C/C++ language – Excel / VB script May 28,©© 2019 Altair Engineering, Inc. Proprietary and Confidential. All rights reserved. TECHNOLOGICAL EVOLUTION IS HAPPENING … INTERNET OF ADDITIVE THINGS MANUFACTURING Altair is the right partner to help you compete in this future MACHINE E MOBILITY LEARNING Grazie CLOUD SMART PRODUCT COMPUTING DESIGN.