Pumps, Compressors, Vacuums
Pumps, compressors, vacuums, motors, eductors, turbomachinery, hydraulic turbines
Virtura3D works closely with engineering teams investigate, evaluate, and deploy Simerics-MP/MP+ for fast, reliable, accurate CFD analysis for conjugate heat transfer and fluid dynamics for internal, external, mixed flow, multiphase, cavitation and free surface applications.
Virtura3D provides demonstrations, proof of concepts, pricing guidance, onboarding, and technical support services for engineers who need practical CFD results without slow legacy workflows.
Pumps, compressors, vacuums, motors, eductors, turbomachinery, hydraulic turbines
Blowers, fans, wind turbines, propellers, water jets, ventilation systems
Heating/cooling/refrigeration, cabin comfort, data centers, electronics cooling
Gearboxes, crank cases, bearings, dynamic valves, torque converters, transmissions, turbochargers
Pneumatics, hydraulics, complete fluid systems, filling systems, piping, manifolds, spray patterns, UV analysis
Tank filling and sloshing, mixers, dispensers, nozzles, free surface VoF, heating and chilling systems
Aerodynamics, exhaust, lubrication,
transmissions, cabin comfort,
water-wading, under-hood and cabin
thermal and cold-flow
e-Motor and battery cooling, gearboxes, fuel systems, front-end, turbomachinery, de-icing, cabin comfort, tank surge, sloshing, filling
Planing, seakeeping, wave loading,resistance, acceleration, maneuveringspeed, propulsion, pitch, stabilizerstrim tabs, porpoising, chine-walking
Simerics-MP/MP+ typically benchmarks at 4.5x to 20x faster than legacy CFD solutions. This means shorter product development time, faster time to market and more time for product optimization. You save engineering and processing costs.
Simerics-MP/MP+ is typically more precise than legacy CFD solutions, delivering results within 1% - 5% of physical test results. It is proven and validated. Complimentary Proof of Concepts are provided to analyze “your” models and compare to “your” results to physical testing.
From model preparation, meshing, solving, and post-processing, the entire process is fast and easy. A single, intuitive GUI simplifies the entire process. Intelligent templates simplify workflows and perform imprinting at boundaries/interfaces. Training is only 1 day.
Very fast and easy mesh set-up and creation. Extremely high-fidelity grids are created even for complex geometry, micron-sized gaps and sharp edges. Moving, rotating and deforming grids are automatically created.
Robust and very efficient solvers are very stable and converge very quickly, providing extremely accurate results in shorter times. Sophisticated and innovative algorithms and mesher-solver interaction further increases speed and accuracy.
Post-processing is performed in parallel with solving, providing results much sooner and providing immediate insight into proper study set-up, assumptions and convergence, saving multiple hours of time.
Little to no model simplification or clean-up required. “Dirty” geometry is meshed. Gaps and very thin clearances or features are easily handled. Smart Tools to automate model clean-up are included.
Standard and optional equipment-specific templates speed up the entire process and provide even greater ease-of-use and accuracy, especially for complex equipment that is very difficult to simulate.
Work stand-alone and with the optional embedded CAD module, or for greater efficiency work embedded within SOLIDWORKS, PTC Creo, Siemens NX or Autodesk Fusion.
Fast and accurate with immediate conversion from steady-state to transient.
Gas, liquid, solid interactions and/or different gasses and fluids.
Efficient, precise VoF solver with extremely accurate results.
Compressible/incompressible, laminar/turbulent, steady/unsteady from creeping to supersonic.
Predict dynamics of moving parts in fluid systems in response to fluid pressure and other forces.
Simulate movement of individual particles of varying size and mass including wall functions, gravity, etc.
Very accurately predict magnitude, onset, location, and damage of/from cavitation, aeration, vibration, etc.
Model the diffusion and transport for mixtures composed of multiple components.
Model the diffusion and transport for mixtures composed of multiple species.
Significantly lower simulation times means shorter product development cycles and faster times to market. High accuracy means fewer prototypes and less physical testing. High efficiency means lower annual investment in hardware, software and engineering staff.
Priced for SMBs, but also used by global corporations. Typically, half the cost of competing high-end solutions. Annual subscription, perpetual licensing, cloud-based usage are available. Save on hardware and HPC costs.
Significantly faster CFD project completion times provide more opportunity to improve product performance, optimization, quality and innovation. Better product performance and customer experiences increase revenue.
Simerics-MP/MP+ is typically more precise than legacy CFD solutions, delivering results within 1% - 5% of physical test results. Proven - we analyze “your” models and compare to “your” results.
On-boarding of new users is fast and easy. Ease-of-use means training is completed in 1 day. Complimentary cadence sessions increase productivity. Comprehensive technical support eliminates extensive training.
Unlimited, comprehensive technical support with fast response. Highly personal level of support with high emphasis on solving all issues. Support efforts go well beyond traditional offerings.
Virtura3D provides CFD, thermal, fluid dynamics, multiphysics, and digital prototyping simulation solutions based on Simerics-MP software for engineering teams.
Virtura3D supports simulation for pumps, valves, compressors, blowers, fans, propellers, water jets, automotive systems, turbomachinery, turbines, vacuums, electric motors, battery cooling, marine vehicles, heat transfer, and VoF free surface applications.
Engineering teams can contact Virtura3D at info@virtura3d.com to request information, a demonstration, pricing, or a proof of concept using your models and data.
