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At ThermoAnalytics we deliver cost-saving solutions to thermal problems. Using thermal models we can identify hotspots or locate design problems before a prototype has been constructed. Our engineers can improve the thermal design of your system and demonstrate the benefits through simulation. Because we have solved heat management issues in a wide range of industries, our engineering staff can choose the best analytical tool for your system: from our own software to CFD or FEA, your team gets top-quality results.
To request a quote or sample model, click here to fill out our online form. If you have questions about this process, contact sales@thermoanalytics.com. You can also read more about professional modeling.
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We can start with your CAD geometry or build it from scratch. The model to the right demonstrates our unique ability to compute a full thermal solution (radiation, conduction, convection) on a moving system. This type of analysis can improve the performance and/or efficiency of manufacturing processes.
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Modeling for IR Signature Management
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ThermoAnalytics is a world leader in infrared signature modeling and analysis. We have set the industry standard with modeling tools; first PRISM and now MuSES. We have developed these tools to address the unique needs of signature management engineers and scientists. ThermoAnalytics has taken a lead role in developing modeling techniques and tools applied specifically to cutting-edge LO technologies, not just for post design system evaluation, but for technology and system design from the conceptual level up.
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Our model building capabilities are broad. We can accommodate a wide range of model concepts, from very basic initial design drawings to detailed, well-ordered surface meshes. With MuSES, we are able to offer very short turn around time on completed models, while allowing our customers a great deal of flexibility with design variations, including shielding additions and adaptations, convective cooling schemes, surface treatment variants and immediate reevaluation of composite layering formulas.
If you would like to pursue this option, please contact us.
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