Computation of Discharge and Critical Depth in Compound Channels



Computation of flow over vertically curved channels
İlhan, Mehmet Hakan; Aydın, İsmail; Department of Civil Engineering (1994)
Computation of the electric field at a solid/gas interface in the presence of surface and volume charges
Bektas, S.I.; Farish, O.; Hizal, M. (Institution of Engineering and Technology (IET), 1986)
Enhancement of the electric field at a solid insulator/electrode/gas triple junction and on the surface of an insulator, due to imperfect contacts, surface irregularities and contamination, reduces the withstand voltage of the gas-only system. The charges deposited on the surface and in the bulk of the insulator, when stressed under high voltage, further modify the electric field. In the paper, the influence of accumulated static charges on the electric field distribution associated with a cylindrical insul...
Computation of dicharge and critical depth for compound channels.
Tuncok, İ. Kaan; Department of Civil Engineering (1992)
Computation of drag force on single and close-following vehicles
Örselli, Erdem; Çetinkaya, Tahsin Ali; Department of Mechanical Engineering (2006)
In this study, application of computational fluid dynamics to ground vehicle aerodynamics was investigated. Two types of vehicle models namely, Ahmed Body and MIRA Notchback Body and their scaled models were used. A commercial software "Fluent" was used and the effects of implementing different turbulence models with wall functions were observed. As a result, an appropriate turbulence model was selected to use in the study. The drag forces, surface pressure distributions and wake formations were investigate...
Computation of viscous transonic airfoils and dynamic stall
Dindar, Mustafa; Kavsaoğlu, Mehmet Ş.; Department of Aeronautical Engineering (1990)
Citation Formats
N. Tokyay, “Computation of Discharge and Critical Depth in Compound Channels,” 1994, vol. 2, Accessed: 00, 2021. [Online]. Available: