Richard Szöke-Schuller

Product
- What is SimScale?
  - Cloud SimulationDiscover high-fidelity simulation accessible from anywhere, at any scale.
  - Engineering AIDiscover how SimScale’s Engineering AI transforms simulation workflows
  - Physics AIDiscover how SimScale’s Physics AI delivers instant engineering predictions
- Physics
  - Fluid DynamicsLaminar & turbulent,(in)compressible & multiphase flow
  - Structural MechanicsStatic, dynamic, vibration & thermomechanical analysis
  - Thermal SimulationHeat transfer, thermomechanical & thermal management
  - ElectromagneticsLow-frequency electromagnetics simulations
- Technology
  - Artificial Intelligence (AI)Learn how AI enables faster simulation
  - AI Foundation ModelsPhysics AI foundation models for predictive 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
- Use Cases
  - Scaling Engineering ExpertiseScale expert knowledge across your team with AI.
  - RFQ AutomationWin more proposals with automated RFQ/RFP workflows.
  - Agentic Workflow AutomationAutomate complex engineering with flexible agentic AI.
  - See All
- Industries
  - Architecture, Engineering & Construction (AEC)Meet the demands of modern architecture & sustainability
  - Automotive & TransportationIncrease automotive engineering innovation & efficiency
  - Electronics & High TechDesign more robust & reliable electronics faster
  - EnergyTest & optimize turbines, pumps, PV systems & more
  - Machinery & Industrial EquipmentReduce costs & time-to-market with digital prototyping
  - Aerospace & DefenseReduce physical prototyping & increase time to market
  - ManufacturingManufacture products faster and more reliably
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- 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
  - TurbomachineryOptimize & improve efficiency of turbomachinery designs
  - Urban MicroclimateOptimize designs with wind & thermal comfort analysis
  - ValveTest & optimize valve designs to increase performance
  - See All
Resources
- Content Hub
  - Engineering AIFuel your strategy with the latest insights, trends and resources
  - Engineer the IrreplaceableExplore the SimScale story
  - BlogStay up-to-date with the latest articles
  - DocumentationRead detailed info on how to use the SimScale platform
  - Research ReportsStay up-to-date with the latest engineering trends
  - WhitepapersDownload & read comprehensive CAE whitepapers
  - Validation CasesView experimental/analytical validated simulations
  - What’s New?See the latest features & product updates
- 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
  - TutorialsView step-by-step user guides for all analysis types
Case Studies
Public Projects
Pricing

Latest Content

Guide to Nonlinear Material Models

Bolt Connectors: Simplifying Structural Analysis

Structural Optimization for Simulation-Driven Design

SimScale’s Summer Product Update

SimScale Enables Compliance with City of London Wind Microclimate Guidelines for New Developments

8 SimScale Updates to Kick Off 2020 I Product Release