RapidFlow™ is a cutting-edge 3D fluid flow solver that seamlessly integrates with TAITherm® and MuSES®. Designed to provide fast, accurate fluid dynamic simulations, RapidFlow™ addresses critical thermal and environmental challenges across both commercial and defense applications.
RapidFlow™ excels in airflow-focused thermal analysis, enabling engineers to model complex systems with ease. Whether optimizing climate control, analyzing wind effects, or improving thermal management, RapidFlow™ delivers reliable insights with minimal setup time and computational cost.
Unified with TAITherm® and MuSES®, RapidFlow™ streamlines thermal-fluid coupling, allowing users to easily perform efficient, complex simulations in one environment.
RapidFlow™ is optimized for quick simulations, delivering valuable insights into complex fluid and thermal scenarios faster than ever.
Ideal for a range of applications, including cabin airflow, HVAC performance, and windflow analysis, RapidFlow™ is trusted across automotive, defense, and other critical sectors.
Efficient Simulation with Faster Results
RapidFlow™ offers engineers a significant time advantage, facilitating iterative testing to refine designs without sacrificing accuracy.
Thermal-Fluid Coupling Integration
Together with TAITherm®, RapidFlow™ supports efficient thermal-fluid coupling, ideal for early design and adaptable simulations.
Cost-Effective, Industry-Wide Versatility
From cabin airflow comfort to windflow for IR signature management, RapidFlow™ offers wide-ranging applications, maximizing your ROI.
Rapidly evaluate and optimize cabin climate control with the TAITherm and RapidFlow integrated solution. Using TAITherm’s leading human thermal simulation capabilities, the software can accurately simulate localized human thermal comfort and HVAC energy performance.
Whether you are simulating transient soak preconditioning or detailed transient airflow patterns, RapidFlow offers flexible configurations to meet your needs: experience streamlined workflows, reduced computational costs, and quicker turnarounds compared to CFD-only approaches.
Enhance ground, sea, and air IR signature management accuracy with MuSES and the integrated RapidFlow solver. This powerful combination supports transient 3D wind flow modeling to predict infrared signatures more accurately in any environment. Simulate complex exhaust impingement effects, localized effects in enclosures, and electronic effects on thermal signatures.
This leads to improved signature mitigation strategies, better survivability assessments, and more effective automatic target recognition algorithm training. Experience increased fidelity and confidence in your infrared analysis with rapid model setup and low computational cost.
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