A D V A N C E D C O M P U T E R - A I D E D E N G I N E E R I N G S O L U T I O N S
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E X P L O R E U N L I M I T E D S I M U L A T I O N P O S S I B I L I T I E S !
C O M P U T E R - A I D E D E N G I N E E R I N G S I M U L A T IO N P L A T F O R M
F L U I D F L O W, H E A T T R A N S F E R, A N D M U L T I - P H Y S I C S
Environmental Engineering
CFD simulation techniques have proven to be important for the optimization of ventilation systems in buildings and tunnel systems to guaranty people’s safety in case of smoke and toxin propagation. CFD simulations also are utilized in predicting pollutant dispersion and propagation from combustion sources. CFD dispersion simulations successfully and accurately predict concentration of toxins in urban settings under various topologic and atmospheric conditions.
CAESIM simulations provide details of the distributed climate for indoor farming, allowing for optimal overall facility design and performance. A unique proprietary method had been developed that can be applied to many types of produce crops (e.g., basil, arugula, tomato plants, etc). In addtion, this simulation capability can be utilized for plant growth facilities of varying levels of complexity and size.
Environmental Applications
Dispersion Flows
Among the wide range of possible applications in environmental engineering, CFD can play a significant role in the detection of pollutants and smoke propagation from fires. For example, CFD simulations have been used to predict concentration of toxins in urban settings under various topologic and atmospheric conditions. Similarly, numerical techniques have proven to be crucial for the optimization of ventilation systems in buildings or tunnels to guaranty people’s safety in case of fire and smoke propagation.
Smoke and Pollution
CAESIM can be used to perform detailed flow analysis include flow in urban settings or buildings. Accurate knowledge of flow structures and concentrations is often critical when predicting the dispersion of smoke and pollutants in atmospheric or ambient air conditions.
Environmental Spills
Sandia National Laboratory conducted a large scale experiment to examine transient LNG pool spreading behavior on water, and within LNG ship vessels and containers. Transient CFD simulations were compared to experimental data, with the results comparing well.
Environmental Simulations
Additional Information
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L I C E N S E I N F O R M A T I O N
CAESIM Student License
CAESIM model setup program
STORM 3D turbulent Navier-Stokes equation solver
STORMVIEW solution visualization programCAESIM Standard License
CAESIM model setup program
STORM 3D turbulent Navier-Stokes equation solver
STORMVIEW solution visualization program
Multi-phase flow and chemical combustion modeling
Expanded CFD model libraryCAESIM Advanced License
CAESIM model setup program
STORM 3D turbulent Navier-Stokes equation solver
STORMVIEW solution visualization program
Multi-phase flow and chemical combustion modeling
Expanded CFD model library including Indoor Farming
Special application modules (e.g., Indoor Farming)
STORM solver customization module
- Company Information
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C O M P A N Y I N F O R M A T I O N
Adaptive Research began over 30 years ago developing and marketing advanced CFD software, as well as delivering expert scientific and engineering services to commercial and governmental clients. From the beginning, Adaptive Research has been recognized as a pioneer in the application of numerical analysis to problems involving fluid flow, heat transfer, chemical reactions, and much more.
Adaptive Research released CAESIM in 2022, an advanced computer-aided engineering software program for generating of CFD model geometries, boundary conditions, fluid properties, solution control parameters and automated grid generation. CAESIM is powered by AR's proprietary NS flow solver: STORM. STORM is a finite-volume flow solver employing optimized methods for optimal performance.
CAESIM is a totally integrated CFD software modeling suite consisting of intuitive project setup capabilities, a NS flow solver (STORM) and advanced visualization. Development of advanced physics capabilities continue, such as fluid-structure interaction (FSI), finite-rate chemistry, multi-components flows, free surface, radiation, moving body treatment, fluid-structure interaction and CAD data import.
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