Combining Computational and Physical Modeling to Design the Keeyask Station - To develop a design for the proposed 675-MW Keeyask station, Manitoba Hydro integrated computational fluid dynamics modeling and physical modeling.

Teklemariam, Efrem | Online Contents | 2008

The Value of CFD Modeling in Designing a Hydro Plant: The use of computational fluid dynamics modeling to design a hydro facility enabled Manitoba Hydro to verify and adjust its physical model

Sydor, K.M. / Waterman, P.J. | British Library Online Contents | 2010

Pump station design optimization through physical modeling

Dillard, C. W. / Mosley, J. D. / Water Environment Federation | British Library Conference Proceedings | 1994

The Value of CFD Modeling in Designing a Hydro Plant The use of computational fluid dynamics modeling to design a hydro facility enabled Manitoba Hydro to verify and adjust its physical model. The changes led to big savings in construction costs.

Sydor, Kevin M | Online Contents | 2010

Computational Fluid Dynamics (CFD) and Physical Modeling as Design Tools for Evaluating Pump Stations

Demlow, T. / Lin, F. / Shepherd, D. et al. | British Library Conference Proceedings | 2010