Simerics, Inc develops, markets, and supports CAE software for the virtual simulation and testing of fluid pumps, valves, compressors, motors, and systems. Simerics is focused on providing tools that allow manufacturers to reduce expensive hardware testing and provide unique insight into their products. Founded in 2005, Simerics provides the advantage of the latest in simulation technology. Simerics offers two state-of-the art CAE tools: SimericsMP® and SimericsMP+®.
SimericsMP is for Multi-Purpose applications and Simerics-MP+ includes all the capabilities of Simerics-MP with additional features such as streamlined setup procedures, automated mesh/re-mesh for key components especially moving components, and customized data reduction.
Simerics®MP+ includes all the capabilities of Simerics®MP with additional features such as streamlined setup procedures, automated mesh/re-mesh for key components especially moving components, and customized data reduction.
The CFD solutions offered for vertical industrial applications:
Comprehensive physics
Accurate predictions
Fast model creation, even faster simulation speed
Able to model complex details down to the micro scale
Computaional fluid dynamics is complex, but our software makes it easy. Through its unrivaled, intuitive, and user-friendly designed process.
Simerics®MP+ for Vehicle one of the vertical applications of Simerics-MP+, provides accurate virtual testing for the analysis of the vehicle under-hood thermal management system, various performance parameters corresponding to the vehicle aerodynamics, HVAC etc. Multiphase vehicle applications include fuel tank sloshing/filling, plenum drainage, water fording, windshield de-icing etc. Simerics-MP+® was developed at Simerics using the latest in CFD architecture combined with Simerics’ proprietary algorithms and physical models
Simerics®MP+ for Vehicle is built on Simerics-MP+‘s baseline technology to provide a transient 3D simulation software uniquely suited for the analysis and design of vehicle aerodynamics, ventilation, thermal management, and water handling characteristics.
Simerics®MP+ for Vehicle consistently provides simulation predictions that are within 5% of physical hardware test results over the full operating range.
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Simerics®-MP+ for Marine is a 3-D Computational Fluid Dynamics (CFD) tool that provides accurate virtual testing for the analysis and performance prediction of Hull design, Friction and Wave resistance, Effective horsepower, Self propelling acceleration/speed, Boat/Ship porpoising, Ship maneuvering, Seakeeping and Propulsion systems. Simerics®-MP+ was developed at Simerics using the latest in CFD architecture combined with Simerics’ proprietary algorithms and physical models.
Self-propelled acceleration, porpoising, maneuvering, seakeeping etc.
Flow, turbulence, multiphase with free surface, conjugate heat transfer, aeration, cavitation.
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Simerics®MP+ For PD is a 3-D Computational Fluid Dynamics (CFD) tool that provides accurate virtual testing for the analysis and performance prediction of Positive Displacement Compressors, Pumps, Motors, and associated Systems. For liquid systems, Simerics®MP+ for PD’s proprietary Cavitation Module accurately models vapor, free gas and liquid compressibility to enable the analysis of performance, pressure ripple, and cavitation damage.
Flow, turbulence, conjugate heat transfer, real gases, aeration, cavitation, particles.
Accurately model leakage gaps, tip clearances, balance holes, etc.
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Simerics®MP+ For Turbo one of the vertical applications of SimericsMP+, provides accurate virtual testing for the analysis and performance prediction of turbomachinery, including Axial/Mixed flow/Centrifugal Compressors, Pumps, Motors, Turbines, and connected systems for whole spectrum of specific speed and full operating range including shutoff. For liquid systems, Simerics–MP+ for Turbo’s proprietary cavitation Module accurately models vapor, free gas and liquid compressibility to enable the analysis of performance, pressure ripple, and cavitation damage.
Flow, Turbulence, conjugate heat transfer, real gases, aeration, cavitation, particles.
Accurately model leakage gaps, tip clearances, balance holes, etc.
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Simerics®MP+ For Valve is a 3-D Computational Fluid Dynamics (CFD) tool that provides accurate virtual testing for the analysis and performance prediction of Valves and associated systems. Simerics-Valves can accurately compute the dynamics of a valve based on its geometry, physical properties, spring constant, and surrounding fluid pressures. For liquid systems, Simerics®MP+ for Valves proprietary Cavitation Module accurately models vapor, free gas and liquid compressibility to enable the analysis of performance, pressure ripple, and cavitation damage.
Valve Dynamics, flow, turbulence, conjugate heat transfer, aeration, cavitation, particles.
Excellent correlation with test data over the full operating range.
>Accurately model tight clearances, complex geometries, etc.
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Simerics®MP+ For Valve is a 3-D Computational Fluid Dynamics (CFD) tool that combines the capabilities of Simerics®-MP, Simerics®-MP+ for Turbo®, Simerics®-MP+ for Valves® and/or Simerics®-MP+ for PD® to simulate complex fluid systems with unparalleled accuracy and speed.
Accurately model a variety of integrated components and systems.
Complex system models created in less than a day.
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PumpLinx® is a 3-D Computational Fluid Dynamics (CFD) tool that provides accurate virtual testing for the analysis and performance prediction of fluid pumps, motors, compressors, turbines, valves, and complete fluid systems with rotating/sliding components. For liquid systems, PumpLinx’s® proprietary Cavitation Module accurately models vapor, free gas and liquid compressibility to enable the analysis of performance, pressure ripple, and cavitation damage.
PumpLinx consistently provides simulation predictions that are within 5% of physical hardware test results over the full operating range.
PumpLinx has repeatedly been shown to be more than 10 times faster than other commercial codes, enabling more complex simulations, including full transient analysis when needed.
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