'Kinematic wave' diaporamas de présentation

Application of the distributed runoff model to the Incheon catchment

Application of the distributed runoff model to the Incheon catchment. GREEN TEAM Kakuta Fujiwara (Kyoto University) Lian Guey Ler (National University of Singapore) Jong Ok Seo (University of Incheon) Sang U k Cho (University of Incheon). Introduction. Introduction.

551 views • 36 slides

Too much water

Too little water. Too much water. Water environment. Water quality. Texas Legislative Background. Freshwater inflow needs for bays & estuaries (1980s) Senate Bill 1: water resource planning & management (1997) Senate Bill 2: the science bill (2001)

280 views • 26 slides

Advective Flows

414 views • 24 slides

Kinematic Routing Model and its Parameters Definition

Kinematic Routing Model and its Parameters Definition. Routing Model. Real HRAP Cell. Hillslope model. Cell-to-cell channel routing. Separate Treatment of Fast and Slow Runoff. HRAP Cell. Hillslope Routing. Kinematic Wave Koren et al. (2004)

301 views • 17 slides

Watershed Modeling Approaches

Watershed Modeling Approaches. Distributed: CASC-2D (CSU, U Conn, WMS). overland flow: 2-D diffusion wave with explicit FD channel flow: 1-D diffusion wave with explicit FD, or 1-D dynamic wave with implicit Preissmann scheme infiltration: Green-Ampt equation with redistribution

400 views • 17 slides

Kinematic Routing Model and its Parameters Definition

Kinematic Routing Model and its Parameters Definition. Routing Model. Real HRAP Cell. Hillslope model. Cell-to-cell channel routing. Separate Treatment of Fast and Slow Runoff. HRAP Cell. Hillslope Routing. Kinematic Wave Koren et al. (2004)

312 views • 17 slides

Kinematic Routing Model and its Parameters Definition

Kinematic Routing Model and its Parameters Definition. Routing Model. Real HRAP Cell. Hillslope model. Cell-to-cell channel routing. Separate Treatment of Fast and Slow Runoff. HRAP Cell. Hillslope Routing. Kinematic Wave Koren et al. (2004)

241 views • 17 slides

Wave Celerity and Flow Routing

Wave Celerity and Flow Routing. Reading: Applied Hydrology Sections 9.3-9.7. Kinematic and Dynamic Waves. Kinematic Wave Equations. Combine (9.3.1) and (9.3.4) and after some working you get:. Analytical Solution of the Kinematic Wave. Numerical Solution of the Kinematic Wave.

644 views • 7 slides