JUMP DAM Meaning and
Definition
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Jump dam is a term used in the field of civil engineering and hydraulics, referring to a structure designed to regulate the flow of water in rivers or channels. It is specifically constructed to control and dissipate the energy created by water flowing rapidly downstream, preventing erosion and protecting the surrounding areas from flooding.
A jump dam usually consists of a series of stepped or cascading structures built across the river or channel. These structures are strategically placed in locations where the velocity of the water flow is high. By creating a step-like configuration, the dam disrupts the flow and forces the water to jump from one step to another, causing the energy to be dissipated gradually, rather than all at once.
The main purpose of a jump dam is to slow down the velocity of the water and reduce its erosive force. As the water jumps from step to step, turbulence and eddies are created, which help dissipate the energy and prevent erosion downstream. This type of dam also helps in flood prevention by reducing the peak flow of water during heavy rain events, thus providing upstream protection to communities situated near the river or channel.
Jump dams are commonly used in areas where rivers have steep slopes and high water velocities. They are often constructed in combination with other flood control measures, such as levees and flood walls, to ensure comprehensive flood protection.
Common Misspellings for JUMP DAM
- hump dam
- nump dam
- mump dam
- kump dam
- iump dam
- uump dam
- jymp dam
- jhmp dam
- jjmp dam
- jimp dam
- j8mp dam
- j7mp dam
- junp dam
- jukp dam
- jujp dam
- jumo dam
- juml dam
- jum0 dam
- jump sam
- jump xam
