Flow/thermal Project Gallery
Electronic Cooling Analysis of Ground Based Sensor
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Ambient convective cooling thermal analysis
- High feature density
- Temperature distributions
- Component max temperature
- Max case temperature
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Coal Combustion Over fire Air System
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Incompressible Flow Analysis
- Pressure drop estimation
- Mass flow Balancing
- Flow visualization
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Electronic Cooling Analysis of Airborne High Power Sensor
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Forced convection thermal analysis
- High energy dissipation with low temp rise on specific components
- Very high component and feature densities
- Fan induced mass flows
- Max component temperatures
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Parabolic Dish Antennas Loads
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Wind Load Estimation
- Loads for multiple angles of attack
- High lift case shown at left
- All Load predictions validated to <10% of published experimental values
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Automotive Interior Vent Evaluation
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Velocity on Target Estimates
- Estimate flow velocities at target to ensure compliance with requirements
- Pressure drop and flow rate estimates
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Wing Pylon Mounted Sensor
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Instrument Velocity Field Predictions
- Turbulent energy estimates at sensor
- Velocity distribution along sensing line
- Sensor prod drag estimates
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Commercial Air Return
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Velocity Field Tunning
- Optimize perforated plates for uniform discharge velocity
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Electric Vehicle Battery
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Forced Air Battery Cell Cooling Analysis
- Temperature distribution in cell
- Cooling air temperature distrubtion
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Data Center Thermal Management
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Thermal/Flow Analysis
- Model air distribution and heat transfer
- Estimate individual cabinet inlet temperatures
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Cyclone with Integrated Bag House
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Flow Path Modeling
- Visualize flow
- Estimate velocities
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Natural Convection Cooling Analysis
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Thermal Response of Mounting Orientations
- Various orientations assessed
- Estimate max component temperatures
- Visualize flow field
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Reactor Flow Modeling
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Packed Bed Reactor Flow Model
- Assess inlet geometries
- Assess flow distribution and velocity variations in bed
- Examine outlet effects
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Oil/Water Separation
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Oil/Water Separation Model
- Accurate velocity field prediction
- Largrangian particle tracking.
- Predict location of critical transport velocity surface
- Minimize outlet effects
- Assess inlet manifold
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Bakery Proofer Flow Modeling
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Velocity Field Predictions
- Assess velocity filed to various ducting systems
- Optimize ducting to minimize velocity variations through out device
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Submerged Inlet Duct
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Validation Study
- Predict vortex formation
- asses response to published experimental data
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