Alexander Fischer

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- 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
  - 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.
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- 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
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Resources
- Content Hub
  - Engineer the IrreplaceableExploring 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
- 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
Public Projects
Case Studies
Pricing

Latest Content

Implicit Modeling

Active vs Passive Cooling

Simplify Your Thermal Simulation With Immersed Boundary Method

SimScale Launches Joule Heating Simulation to Accelerate Innovation in Power Electronics

Electronics Enclosure Cooling: Forced Convection Simulation

How to Optimize a CPU Cooling System with Simulation

LED Heat Dissipation: An Optimization Guide for Engineers

Assessing LED Performance and Eco-Friendly Lighting Options