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CFD Modeling

The ship hydrodynamics program at IIHR has developed CFD code that has been adopted by the U.S. Navy. IIHR has the facilities and expertise to support CFD programs and the physical experiments that verify them.

The ship hydrodynamics program at IIHR has developed CFD code that has been adopted by the U.S. Navy. IIHR has the facilities and expertise to support CFD programs and the physical experiments that verify them.

IIHR—Hydroscience & Engineering is leading a worldwide revolution in the development and application of computational fluid dynamics (CFD), in support of simulation-based design (SBD). Researchers at IIHR use SBD — a sort of virtual reality, supported by model-scale experiments — to develop efficient new ways to design and test engineering designs and prototypes.

Computer simulations at IIHR are complemented by model-scale physical experiments conducted at the institute’s facilities that support the design and construction of large models. This combination of computer simulation and experimental modeling is putting IIHR at the cutting edge of research in fish passage design, total dissolved gas prediction in rivers, and ship hydrodynamics.

To  learn more about how CFD modeling at IIHR is being used to monitor total dissolved gas, visit our Total Dissolved Gas Modeling website.

The IIHR Engineering Services division has extensive experience supporting and facilitating CFD, as well as the physical experiments to verify it. We look forward to discussing your CFD needs — please contact IES today!

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Last modified on August 30th, 2016
Posted on July 17th, 2014

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