ewce09.azraftaohid.me/L2T2/EWCE 263/River Routing, Muskingum Method.md

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Created: 2025/04/14 22:49
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## Determine value of X and K

- $X$ is between 0.2–0.5.
- Equation: $S = K[XI + (1-X)O]$
- $S$ to be on y-axis and $XI + (1-X)O$ to be on x-axis.
- Calculate $S$ using continuity equation
- Calculate $XI + (1-X)O$ with different values of X ($0.1–0.5$)
- Using the statistics mode of calculator to determine values of slope and R-squared (`MENU` > `6` > `2` ; plot; `OPTN` > `4`)
- Choose $X$ based on max R-squared value, corresponding slope is the value of $K$.

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More readings:

- https://www.hec.usace.army.mil/confluence/hmsdocs/hmstrm/channel-flow/muskingum-model ([offline](../Resources/Muskingum%20Model-v15-20250414_094841.pdf))

Created: 2025/04/14 22:49 share_link: https://share.note.sx/4r3y5r3h#/jH9Hdos12J6E865oOLmnemYVLSqR12blA2zH6Gn6pI share_updated: 2025-04-16T08:40:54+06:00

Determine value of X and K

$X$ is between 0.2–0.5.
Equation: $S = K [X I + (1 - X) O]$
$S$ to be on y-axis and $X I + (1 - X) O$ to be on x-axis.
Calculate $S$ using continuity equation
Calculate $X I + (1 - X) O$ with different values of X ( $0.1 - 0.5$ )
Using the statistics mode of calculator to determine values of slope and R-squared (MENU > 6 > 2 ; plot; OPTN > 4)
Choose $X$ based on max R-squared value, corresponding slope is the value of $K$ .

More readings:

https://www.hec.usace.army.mil/confluence/hmsdocs/hmstrm/channel-flow/muskingum-model (offline)