Presenter: Mark Burns
Topic – Boosting engineering education by combining the power of data science with simulation
Speaker: Marius Müller TERA Team Graz explains Modelling with Finite Elements and Lightweight Design with Composites Altair Software.
Speaker: Robert Timmermann KA Raceing, explains Monocoque Optimization with Altair Software.
Nils Wap of Altair explains multiple System Modeling approaches with Altair Activate
Andreas Demetriades, Application Engineer – Altair UK explains how to Perform External Aerodynamics Simulation and Evaluate Lift & Drag Coefficient of your structure with Altair CFD Solutions
Joyce Tang, Application Engineer Altair UK, explains how to Evaluate kinematic and dynamic systems and Extract loads for optimization and static load analysis with Altair Inspire Motion.
Andreas Demetriades Application Engineer Altair UK explains how to Create and evaluate structural designs and lightweight solutions using optimization technology.
Joyce Tang, Application Engineer Altair UK, explains how to do Fast and accurate evaluation of CAD assemblies. Altair SimSolid is used for design judging and decision making in an early design phase
Lukas Lagerweij (Owner Lukalize ) and Orlando Sardaro (Owner – Design8) Explain How to Create and Render your closed CAD Geometry after optimization and Use Inspire Studio for detailed nurbs creation and editing
The intention of this class is to give instruction on the details of building and correlating full vehicle MBD models, starting with basic input data. During this class, an introduction to basic vehicle dynamics terminology and concepts is presented.
In this session, we will give overview of Altair’s Virtual Wind Tunnel (VWT) used for external aerodynamic analysis. Topics will include model preparation, design changes, solver technology (Navier-Stokes) and shape optimization.
In this session we will cover the optimization driven design process using Altair Inspire. We will be learning how to create/import geometry, then set up the model for topology optimization, analyze the design concepts generated and then recreate geometry for final design. In addition we will review how motion simulation can be used to define your loadings on your model (suspension system for example) to allow you to run analysis and optimization.
