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A strength of IIHR has been its
continuing and visionary commitment to maintaining and enhancing its
experimental facilities while at the same time pioneering efforts in
high-speed computational analysis and simulation of complex flow phenomena.
What perhaps makes IIHR unique among fluids research laboratories is its
state-of-the-art, in-house capabilities for both computational and physical
modeling and experimentation. This permits varying, yet complementary,
approaches for investigation and solution of a wide variety of flow problems.
Research facilities of IIHR include many hydraulics flumes, air- and
water-flow units, and more routine experimental apparatus and instruments, as
well as the specialized facilities described below. They are housed in
several IIHR
buildings in the Iowa City/Coralville area, and a state-of-the-art
research facility along the Mississippi River.
IIHR Facilities and Specialized
Laboratory Instrumentation
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IIHR
FLUMES
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Basin, Model Ice
- Basins, Model Test
- Computer Facilities
- Drop Structures, Vertical
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IIHR Information Resource Center
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Laboratory, Fluids
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Laboratories, Ice Engineering
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Laboratory, Iowa Mobile Rainfall Observatory
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Laboratory, Micrometeorology
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Laboratory, Sediment
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Lucille A. Carver
Mississippi Riverside Environmental Research Station (LACMRERS)
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Shop, Electronics
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Shop, Mechanical
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Towing Tank, Ice
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Towing Tank, Ship Model
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Weather Station
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Wind Tunnel, Icing
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Wind Tunnel, Open-Throat
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IIHR
Archives
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- Disdrometer,
2-D Video
- Lidar, Elastic
- Lidar, Wind Sounding
- Radar, Vertically Pointing
- Rain Gauge Platforms, Dual Tipping-Bucket
- Velocimeter, Laser
Doppler
- Velocimeter,
Particle Image
- Velocimeter,
Double YAG Particle Image
- Rain Gauge Calibrator, Tipping-Bucket
- Parsivel Disdrometer
- Planar
motion mechanism (PMM)
- Towed,
stereoscopic 3DPIV
- Six-degree-of-freedom
(6DOF) motion tracker
- Wave
elevations
- Forces
and moments
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