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Published byTheodora Randall Modified about 1 year ago

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Waller Creek 8 th Street Side Weir CFD Modeling and Simulation ALDEN Research Laboratory Inc. 30 Shrewsbury St., Holden, MA Preliminary Results September 1, 2009 Scenario 4

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Iso-surface plot of water colored with velocity magnitude (solid component is transparent to see the water surface) * velocity magnitude color scale shows the actual range of velocity values throughout the system (ft/s)

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Iso-surface plot of water colored with velocity magnitude (solid component is not shown to see clearly the water surface) * velocity magnitude color scale shows the actual range of velocity values throughout the system (ft/s)

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Iso-surface plot of water colored with free surface elevation (Plan view) (ft)

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Iso-surface plot of water colored with free surface elevation (showing water surface elevation in the building) (ft)

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Iso-surface plot of water colored with free surface elevation (showing water surface elevation downstream of inline weir) * note the color scale range: 458 ft. to 460 ft. (ft)

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Plot of velocity contour with vectors (slice plane cut at elevation 457 ft.)

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Plot of velocity contour with vectors (slice plane cut at elevation 457 ft.)

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Plot of velocity contour with vectors (slice plane cut at elevation 455 ft.)

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Plot of velocity contour with vectors (slice plane cut at elevation 455 ft.)

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Plot of velocity contour (slice plane cut vertically at different locations.)

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Plot of velocity contour with vectors (slice plane cut at elevation 445 ft.)

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Plot of velocity contour with vectors (slice plane cut at elevation 445 ft.) * same with slide 12 except walls were removed for clear view under the net deck.

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Plot of velocity contour with vectors (slice plane cut at elevation 445 ft.) * same with slide 13 with different color scale.

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Plot of velocity contour with vectors (slice plane cut at elevation 445 ft.) * closer look at the building

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Plot of velocity contour with vectors (slice plane cut at elevation 445 ft.) * same with slide 15 with different color scale.

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Velocity contour plot of water at the entrance of each bay Average velocity, V = 6.96 ft/s Volume flow rate, Q = 205 cfs Average velocity, V = 7.72 ft/s Volume flow rate, Q = 147 cfs Average velocity, V = ft/s Volume flow rate, Q = 343 cfs

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(streamlines are shown entering the building) Velocity contour plot of water at the entrance of each bay

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Plot of streamlines colored with velocity magnitude (plan view)

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Plot of streamlines colored with velocity magnitude (isometric view)

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Plot of streamlines colored with velocity magnitude (isometric view)

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Plot of streamlines colored with velocity magnitude (isometric view)

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Plot of streamlines colored with velocity magnitude (plan view)

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Plot of streamlines colored with velocity magnitude (plan view)

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