Akselos ANSYS Ansys Discovery Aras ASSESS AweSim BETA CAE BETA CAE Systems BeyondCAE Blogger Bruce Jenkins business of siimulation BWAY CAASE 20 CAASE20 CAASE 2018 CAE Cenos CFD CIMdata Cloud-based CAE Cloud-based HPC cloud computing CM Labs COFES Comet Solutions COMSOL Coreform CORTIME Covid19 Simulation Dassault Systemes David Freed democratization Democratized Simulation Democratizing HPC Democratizing Simulation Design Space Exploration Digital Engineering Digital Engineering Magazine digital thread Digital Twin Digital Twins Dr. Dennis Nagy Dr. Ricardo Actis EASA Engineering.com ESRD ESTECO excel FMI Front End Analytics Future Facilities Generative Design GKN Driveline HBM Prenscia Hexagon Hexagon MSC Hexagon MSC Software High Performance Cloud Computing HPC Intelligent Templates intrinSim Joe Walsh John Chawner John Deere Kenneth Wong Kinetic Vision Malcolm Panthaki Matt Ladzinski MBSE Michael Alba modeFRONTIER Modelica Modelon MSC Software MultiDisciplinary Optimization Multi Physics Simulation MultiPhysics Simulation NAFEMS NAFEMS America nTopology nTop Platform ohio supercomputer center OnScale Open Standards Ora Research PASS Software Pervasive Engineering Simulation Pointwise Prasad Mandava PTC Rev-Sim Rev-Sim.org Revolution in Simulation Roel Van De Velde Seb Dewhurst Siemens Sim Apps SimApps Simcenter SimScale Simulation Simulation Applications Simulation Apps Simulation Automation Simulation Governance SolidWorks SOLIDWORKS Simulation SPDM spreadsheet Superior Industries System Simulation Template-Based Simulation The UberCloud UberCloud Uber Cloud VCollab Vortex Studio web app Web Apps

What Makes a Good Simulation App?

Simulation app makers weigh ease of use vs. functionality for specific uses cases. Digital Engineering's Kenneth Wong explores what makes a good Simulation App.

At Simulation Hub, enter a few parameters to configure a virtual valve and then run a computational fluid dynamics (CFD) simulation to visualize the flow and obtain the flow coefficients as a set of values. At TotalSim, upload the CAD geometry of an unmanned aerial vehicle (UAV) into an app, define its basic characteristics and then run an analysis to see the flows and pressures in 3D.

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