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Accurately model plumes and transient thermal effects for signature prediction
MuSES Plume Modeling: Bringing Exhaust Plumes to Life
Don't underestimate the heat! Exhaust plumes can significantly alter a target's thermal signature, making it easier to detect. MuSES Plume Modeling tackles this challenge head-on, delivering accurate and realistic plume renditions for reliable signature prediction.
Why Plume Modeling Matters:
Imagine a stealthy ship gliding through the night. Its sleek hull blends seamlessly with the ocean waters, but a telltale plume of hot exhaust betrays its presence. Ignoring this plume in the signature analysis could lead to costly underestimations and compromised missions.
MuSES to the Rescue:
MuSES transforms temperature and gas concentration data from external CFD simulations into a visually stunning and physically accurate plume rendition. This plume is integrated into the scene, providing a complete picture of the target's thermal signature. By accounting for the plume's heat and size, MuSES eliminates the risk of underestimating target signatures. This leads to more informed decision-making and improved operational effectiveness.
Under The Hood
MuSESTM seamlessly imports temperature and gas species concentration data from external CFD simulations, ensuring real-world accuracy. Convective surface heating from plume impingement can be accounted for during the transient thermal solution. Advanced ray tracing techniques pinpoint the plume's exact intersections with the sensor's line of sight, guaranteeing precise radiance calculations. CO2, H2O, and Carbon Soot are currently supported, and the library will be expanded in future releases.
Modeling Ground Vehicle Plumes with MuSES
ThermoAnalytics' MuSES software provides a cutting-edge solution for accurately simulating the complex behavior of ground vehicle plumes. MuSES realistically renders exhaust plume radiance and its interaction with the surrounding environment by incorporating first-principles physics and advanced ray-tracing techniques. This enables engineers and analysts to evaluate the impact of plumes on sensor systems, assess target detectability, and optimize vehicle designs for reduced thermal signatures. MuSES' comprehensive plume modeling capabilities extend to secondary effects like terrain and vehicle impingement, further enhancing the accuracy and fidelity of thermal and radiance predictions.
Modeling Nautical Vessel Plumes with MuSES
ThermoAnalytics' MuSES software offers advanced capabilities for accurately modeling nautical vessel plumes, providing valuable insights into their thermal and radiative characteristics. By leveraging computational fluid dynamics (CFD) data and advanced ray-tracing techniques, MuSES realistically simulates the complex behavior of exhaust plumes from ships and boats, including their interaction with the surrounding environment. This enables engineers and analysts to assess plume visibility, evaluate the impact on sensor systems, and optimize vessel designs for reduced thermal signatures. MuSES' comprehensive plume modeling capabilities extend to secondary effects like water impingement, ensuring accurate and reliable thermal and radiance distribution predictions.
The Benefits of MuSES Plume Modeling
- Enhanced Situational Awareness: Gain a deeper understanding of target signatures for improved detection and tracking.
- Reduced Risk of Underestimation: Make informed decisions based on accurate and complete thermal signature data.
- Optimized Countermeasures: Develop effective countermeasures by accurately simulating plume behavior and impact.
- MuSES software with AI/ML incorporates plume modeling for realistic simulations, surpassing the limitations of gaming engines.
MuSESTM Plume Modeling is a game-changer for anyone needing to accurately assess and understand thermal signatures. By bringing exhaust plumes to life, MuSES empowers informed decision-making and enhances operational effectiveness.
Areas of Expertise
Industry-Leading Signature Management
MuSESTM (Multi-Service Electro-Optic Signature) is an industry-leading signature management software that provides complete thermal modeling and infrared signature prediction capabilities. MuSESTM allows you to simulate any environment or condition and generate accurate EO/IR signature predictions. It provides many powerful features allowing you to model vehicles, aircraft plumes, ship wakes, humans, atmospheric effects, and more.
ThermoAnalytics has supported the defense industry for over two decades with expertise, software, and engineering services.
As the global leader in EO/IR simulation, we provide low observables design and the technology to virtually assess target-background contrast anywhere on earth. Electro-optics and infrared signature are extensively employed for target acquisition and guidance systems. However, the target itself is only part of the radiance solution; our technologies include the effectiveness of background source radiance, solar loads, even diffuse sky radiance. By developing software-based in physics, we bring EO/IR reality into focus.
Producing large datasets of accurate, photorealistic EO/IR images for training, machine learning, signature management optimization, testing, & evaluation. ThermoAnalytics develops physics-based radiometric MuSESTM models and generates 2D and 3D EO/IR datasets with sensor-specific characteristics.
Getting Started
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Let's talk if you want to learn more about our defense system-level simulation capabilities! We will demonstrate how our thermal analysis software can fit your requirements and help you understand what you will need to simulate your thermal management strategy.
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