Impact Basin Examples - Revision history

Grichards at 18:06, 27 April 2023

2023-04-27T18:06:25Z

← Older revision		Revision as of 18:06, 27 April 2023
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	[[Energy Dissipation\|Energy dissipation]] in an impact basin is accomplished through the turbulence created by the loss of momentum as flow entering the basin impacts a baffle, and the direction of the flow is changed. At high flow, further dissipation is produced as water builds up behind the baffle to form a highly turbulent backwater zone.		[[Energy Dissipation\|Energy dissipation]] in an impact basin is accomplished through the turbulence created by the loss of momentum as flow entering the basin impacts a baffle, and the direction of the flow is changed. At high flow, further dissipation is produced as water builds up behind the baffle to form a highly turbulent backwater zone.

	The type VI impact basin is a relatively small structure with highly efficient energy dissipation characteristics. This type of energy dissipation structure does not require tailwater control.		The type VI impact basin is a relatively small structure with highly efficient [[Energy Dissipation\|energy dissipation]] characteristics. This type of energy dissipation structure does not require tailwater control.

	<gallery mode="slideshow" >		<gallery mode="slideshow" >
	<!-- Add image files here -->		<!-- Add image files here -->
	~~File:ACBs_with_A-Jacks.jpg\|Test~~
	File:IB1.jpg\|Type VI Impact Basin Structure (image courtesy www.precon.ca)		File:IB1.jpg\|Type VI Impact Basin Structure (image courtesy www.precon.ca)
	File:IB2.jpg\|Type VI Impact Basin Structure (image courtesy www.precon.ca)		File:IB2.jpg\|Type VI Impact Basin Structure (image courtesy www.precon.ca)

Grichards at 18:06, 27 April 2023

2023-04-27T18:06:04Z

← Older revision		Revision as of 18:06, 27 April 2023
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	<!-- Add body paragraphs here -->		<!-- Add body paragraphs here -->
	Energy dissipation in an impact basin is accomplished through the turbulence created by the loss of momentum as flow entering the basin impacts a baffle, and the direction of the flow is changed. At high flow, further dissipation is produced as water builds up behind the baffle to form a highly turbulent backwater zone.		[[Energy Dissipation\|Energy dissipation]] in an impact basin is accomplished through the turbulence created by the loss of momentum as flow entering the basin impacts a baffle, and the direction of the flow is changed. At high flow, further dissipation is produced as water builds up behind the baffle to form a highly turbulent backwater zone.

	The type VI impact basin is a relatively small structure with highly efficient energy dissipation characteristics. This type of energy dissipation structure does not require tailwater control.		The type VI impact basin is a relatively small structure with highly efficient energy dissipation characteristics. This type of energy dissipation structure does not require tailwater control.
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	<!-- Add image files here -->		<!-- Add image files here -->
			File:ACBs_with_A-Jacks.jpg\|Test
	File:IB1.jpg\|Type VI Impact Basin Structure (image courtesy www.precon.ca)		File:IB1.jpg\|Type VI Impact Basin Structure (image courtesy www.precon.ca)
	File:IB2.jpg\|Type VI Impact Basin Structure (image courtesy www.precon.ca)		File:IB2.jpg\|Type VI Impact Basin Structure (image courtesy www.precon.ca)
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	File:IB4.jpg\|Layout for a Type VI Impact Basin		File:IB4.jpg\|Layout for a Type VI Impact Basin
	File:IB5.jpg\|Impact Basin with flow being discharged.		File:IB5.jpg\|Impact Basin with flow being discharged.
	File:IB6.jpg\|Type VI impact basins placed side by side.		File:IB6.jpg\|Type VI [[Impact Basins\|impact basins]] placed side by side.
	File:IB7.jpg\|The end of this outlet conduit was constructed too close to the vertical hanging baffle resulting in intense sprayback. Lesson learned - follow design guidance!		File:IB7.jpg\|The end of this outlet conduit was constructed too close to the vertical hanging baffle resulting in intense sprayback. Lesson learned - follow design guidance!
	File:IB8.jpg\|Hook Basin		File:IB8.jpg\|Hook Basin

Grichards at 03:26, 2 December 2022

2022-12-02T03:26:44Z

← Older revision		Revision as of 03:26, 2 December 2022
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	~~<!--Example Page -->~~		[[Category:Accounting for Energy Dissipation Outlet Works]]
	~~<div style= "text-align~~:~~center;">~~		----
	<!-- ~~Add message here~~ -->
	~~''Message: Examples of a Impact Basins''~~
	~~</div>~~
	~~----</br>~~
	<!-- Add body paragraphs here -->		<!-- Add body paragraphs here -->
	Energy dissipation in an impact basin is accomplished through the turbulence created by the loss of momentum as flow entering the basin impacts a baffle, and the direction of the flow is changed. At high flow, further dissipation is produced as water builds up behind the baffle to form a highly turbulent backwater zone.		Energy dissipation in an impact basin is accomplished through the turbulence created by the loss of momentum as flow entering the basin impacts a baffle, and the direction of the flow is changed. At high flow, further dissipation is produced as water builds up behind the baffle to form a highly turbulent backwater zone.
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	File:IB1.jpg\|Type VI Impact Basin Structure (image courtesy www.precon.ca)		File:IB1.jpg\|Type VI Impact Basin Structure (image courtesy www.precon.ca)
	File:IB2.jpg\|Type VI Impact Basin Structure (image courtesy www.precon.ca)		File:IB2.jpg\|Type VI Impact Basin Structure (image courtesy www.precon.ca)
	File:IB3.jpg\|Construction of Type VI Impact Basin structure (image courtesy www.precon.ca)		File:IB3.jpg\|[[Construction]] of Type VI Impact Basin structure (image courtesy www.precon.ca)
	File:IB4.jpg\|Layout for a Type VI Impact Basin		File:IB4.jpg\|Layout for a Type VI Impact Basin
	File:IB5.jpg\|Impact Basin with flow being discharged.		File:IB5.jpg\|Impact Basin with flow being discharged.

Grichards at 20:56, 15 September 2022

2022-09-15T20:56:50Z

← Older revision		Revision as of 20:56, 15 September 2022
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			''Note: The content on this page was originally created as part of DamOutletWorks.org (DOWL, 2018). It has subsequently been updated and reformatted as part of the Dam Safety Toolbox.''
	[[Category:Example Pages]]		[[Category:Example Pages]]
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Camrenbt: Created page with "
''Message: Examples of a Impact Basins''
----
Energy dissipation in an impact basin is accomplished through the turbulence created by the loss of momentum as flow entering the basin impacts a baffle, and the direction of the flow is changed. At high flow, further dissipation is produced as water builds up behind the baffle to form a highly turbul..."

2022-06-27T18:01:11Z

Created page with " <div style= "text-align:center;">  ''Message: Examples of a Impact Basins'' </div> ----</br>  Energy dissipation in an impact basin is accomplished through the turbulence created by the loss of momentum as flow entering the basin impacts a baffle, and the direction of the flow is changed. At high flow, further dissipation is produced as water builds up behind the baffle to form a highly turbul..."

New page

<div style= "text-align:center;">

''Message: Examples of a Impact Basins''
</div>
----</br>

Energy dissipation in an impact basin is accomplished through the turbulence created by the loss of momentum as flow entering the basin impacts a baffle, and the direction of the flow is changed. At high flow, further dissipation is produced as water builds up behind the baffle to form a highly turbulent backwater zone.

The type VI impact basin is a relatively small structure with highly efficient energy dissipation characteristics. This type of energy dissipation structure does not require tailwater control.

<gallery mode="slideshow" >

File:IB1.jpg|Type VI Impact Basin Structure (image courtesy www.precon.ca)
File:IB2.jpg|Type VI Impact Basin Structure (image courtesy www.precon.ca)
File:IB3.jpg|Construction of Type VI Impact Basin structure (image courtesy www.precon.ca)
File:IB4.jpg|Layout for a Type VI Impact Basin
File:IB5.jpg|Impact Basin with flow being discharged.
File:IB6.jpg|Type VI impact basins placed side by side.
File:IB7.jpg|The end of this outlet conduit was constructed too close to the vertical hanging baffle resulting in intense sprayback. Lesson learned - follow design guidance!
File:IB8.jpg|Hook Basin
File:IB9.jpg|Standard Baffle Basin
File:IB10.jpg|Basin utilizing staggered rows of baffles.

</gallery>

[[Category:Example Pages]]
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