Combustion Modeling using Ansys CFD

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1 2016 Ansys , 2, 2016ANSYS Confidentia lCombustion Modeling using AnsysCFDNavraj Hanspal, Stefano Orsino& Ahmad HaidariAnsysInc, Canonsburg, 2016 Ansys , 2, 2016ANSYS Confidentia l Ansys &KeyTechnologies SimulationDrivenProductDevelopment WhatisCFD? ANSYSFLUENT ANSYSSolutions CombustionModeling DPM&SprayModeling Pollutant/EmissionsModeling ApplicationTestCase(s) Summary&DemoAgenda3 2016 Ansys , 2, 2016ANSYS Confidentia l*BusinessWeek, FORTUNE Ansys -Simulation Leader FOCUSEDThis is all we product technologies in all physics areasLargest development team focused on simulationCAPABLE2,700+ 75 40 employeeslocationscountriesTRUSTEDFORTUN E 500 Industrials 96 of the top 100 ISO 9001 and NQA-1 certifiedPROVENRecognized as one of the world s MOST INNOVATIVE AND FASTEST-GROWING COMPANIES*INDEPENDENTLong-term financial stabilityCAD agnosticLARGEST3xThe size of our nearest competitor4 2016 Ansys , 2, 2016ANSYS Confidentia l45,000+CUSTOMERSGLOBALLYFluidsStructure sElectromagneticsThermalPower IntegritySystemsEmbedded SoftwareLeading DisciplinesAutomotiveAerospace & DefenseAcademicConstructionConsumer GoodsElectronicsEnergyHealthcareIndustri al Rotating MachineryMaterials &Chemical ProcessingSemiconductorsIndustry PresenceOur Industry Reach and Solution Offerings1.

What is CFD? • Flow simulation, or Computational Fluid Dynamics (CFD), is the science of predicting fluid flow, heat transfer, mass transfer, chemical reactions, and related phenomena by solving the mathematical equations (normally PDE [s) • Three Step Process 1. Geometry and Mesh 2. Set-up and Solution 3. Results analysis Geometry and Meshing

  Using, Computational, Fluid, Dynamics, Modeling, Combustion, Ansys, Computational fluid dynamics, Combustion modeling using ansys cfd