Formula 1

Product
- What is SimScale?
  - OverviewLearn how SimScale helps engineers innovate faster
  - What’s New?See the latest features & product updates
- Physics
  - Fluid DynamicsLaminar & turbulent,(in)compressible & multiphase flow
  - Structural MechanicsStatic, dynamic, vibration & thermomechanical analysis
  - ThermodynamicsHeat transfer, thermomechanical & thermal management
  - ElectromagneticsLow-frequency electromagnetics simulations
- Technology
  - Artificial Intelligence (AI)Learn how AI enables faster simulation
  - APICustomize & automate simulation workflows
  - Integrations & PartnersHow SimScale integrates with your existing workflow
  - SecuritySecure platform with data protection & privacy standards
  - Simulation Infrastructure ManagementLearn how SimScale comes with built-in SPDM capabilities
  - Simulation MethodsSee what’s under the hood of SimScale’s simulation capabilities
Solutions
- Industries
  - Aerospace & DefenseUse simulation to evaluate designs & predict performance
  - Architecture, Engineering & Construction (AEC)Meet the demands of modern architecture & sustainability
  - Automotive & TransportationIncrease automotive engineering innovation & efficiency
  - Consumer ProductsInnovate, prototype & optimize products faster
  - Electronics & High TechDesign more robust & reliable electronics faster
  - EnergyTest & optimize turbines, pumps, PV systems & more
  - Engineering ServicesVirtually test designs to deliver quality products
  - Life Sciences & HealthcareSimulate & optimize medical & pharma equipment design
  - Machinery & Industrial EquipmentReduce costs & time-to-market with digital prototyping
  - ManufacturingSave on physical prototyping costs & time
  - MarinePredict & optimize the performance of your design
  - TurbomachineryIncrease machinery performance & reduce R&D timelines
  - ValvesTest, validate & optimize several valve design versions
- Applications
  - Electronics Thermal ManagementOptimize your electronics cooling designs
  - Indoor EnvironmentSimulate & optimize indoor environment designs
  - Multiphase FlowSimulate multiphase flow with accuracy & speed
  - Nonlinear Structural AnalysisOptimize structural designs with changing stiffness
  - Turbomachinery CFDOptimize & improve efficiency of turbomachinery designs
  - Urban MicroclimateOptimize designs with wind & thermal comfort analysis
  - Valve CFDTest & optimize valve designs to increase performance
  - Vibration AnalysisMeasure vibrations & optimize structural designs
- Trends
  - BIMOptimize & inform your BIM workflow for maximum results
  - Cloud Solution for CAE SimulationDeploy simulation across your entire organization
  - Digital TransformationAccelerate digital transformation with cloud simulation
  - Sustainable DesignUnlock sustainability solutions & innovation
Resources
- Content Hub
  - BlogStay up-to-date with the latest articles
  - DocumentationRead detailed info on how to use the SimScale platform
  - Validation CasesView experimental/analytical validated simulations
  - WhitepapersDownload & read comprehensive CAE whitepapers
- Community
  - ForumDiscuss & get help on CAE & SimScale topics
  - Press ReleasesRead our latest press releases & news stories
  - Webinars & WorkshopsRegister for upcoming webinars & watch on-demand replays
- Academy
  - SimScale Learning CenterAccess 85 SimScale CFD & FEA training videos
Public Projects
Case Studies
Pricing

F1 in Schools STEM Challenge™: SimScale Student Success Story

Garage Ventilation System Design: CO Removal with Jet Fan Placement

How to Reduce Car Pedal Weight by 47% in Motorsport with FEA

Front Wing of an F1 Car: How to Optimize Its Design

New SimScale F1 Aerodynamics Workshop

SimScale Puts Engineers and Students in the F1 Driver’s Seat

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Platform

Resources

Community

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