_U.S. Army Corps of Engineers, Tusla District / YouTube_

Click here to learn more: https://www.youtube.com/watch?v=JlqJsz7r1P0

Here's a very unique view of an intake vortex, created as water enters the Denison Dam spillway on Lake Texoma.

The vortex is approximately 8 feet in diameter and capable of sucking in a full-sized boat, so please heed all safety buoys and caution signs. 

This is a normal occurrence when flood waters are released from the reservoir via flood control gates. 

Learn more at http://www.facebook.com/usacetulsa

Video by Edward N. Johnson
U.S. Army Corps of Engineers, Tulsa District

ABOUT DENISON DAM & LAKE TEXOMA

Authorization: Flood Control Act approved June 28, 1938, Project Document HD 541, 75th Congress, 3d Session (flood control and power); Public Law 868, 76th Congress, 3d Session, approved October 17, 1940, (improving navigation, regulating flow of Red River, controlling floods, and other beneficial uses); Public Law 454, 78th Congress, 2d Session, approved September 30, 1944, (impoundment designated as Lake Texoma); Public Law 273, 83rd Congress, 1st Session, approved August 14, 1953, (Denison water supply storage); Public Law 164, 84th Congress, 1st Session, approved July 15, 1955, (construction of Willis Site Bridge); Public Law 146, 85th Congress, 1st Session, approved August 14, 1957, Project Document HD 541, 75th Congress, 3d Session, (Sherman water supply); Public Law 282, 91st Congress, 1st Session, approved July 19, 1970, (water supply dam on Big Mineral Arm); Public Law 662, 99th Congress, 2d Session, approved November 17, 1986, (added recreation as a project purpose and authorized reallocation of additional storage for water supply).

Location: On the Red River at river mile 725.9, 5 miles northwest of Denison in Grayson County, Texas.

Status: Completed

Purpose: Flood control, water supply, hydroelectric power, regulation of Red River flows, improvement of navigation, and recreation.

History of Construction: Construction began in August 1939 and was completed in February 1944. The project was first available to operate for full flood control without any restrictions in January 1944. The first hydroelectric turbine was placed on line in March 1945 and the second in September 1949. Construction of a highway bridge across Lake Texoma at the Willis Ferry site started April 24, 1958, and was completed October 30, 1960. The 5,426-foot-long bridge replaces a former crossing south of Woodville, Oklahoma, on Oklahoma State Highway 99 and Texas State Highway 91. The roadway surface is about 37 feet above the top of the power pool.

Type of Structure: The structure is a rolled earth-filled embankment with a rock-protected upstream slope. The main embankment is 15,200 feet long. The maximum height of the structures is 165 feet above the streambed. A rolled earthfill dike 5,870 feet long and 15 feet high is located in the vicinity of Platter, Oklahoma. The Cumberland levee is 23,480 feet long with a crest elevation of 647.0. Highway 75A crosses the top of the dam.

Spillway & Outlet Works: The uncontrolled spillway is a concrete, gravity, chute-type structure, 2,000 feet long, located in a saddle on the right bank. Spillway capacity at maximum pool (elevation 666.4) is 1,050,000 cubic feet per second. The outlet works consist of three 20-foot-diameter, concrete conduits through the embankment equipped with six 9- by 19-foot vertical lift gates and one emergency gate. Capacity of the outlet works is 67,500 cfs at the top of the flood control pool and 60,120 cfs at the top of the power pool. Limiting channel capacity below Denison Dam is about 60,000 cfs.

Hydrologic Data: The estimated peak discharge for the May through June 1908 flood was 470,000 cfs. The volume was 8,517,000 acre-feet which is equivalent to 4.73 inches of runoff. The peak inflow for the May 1990 flood was 300,000 cfs with a volume of 5,087,000 acre-feet. The peak inflow for the May through June 1987 flood was 315,000 cfs with a volume of 2,879,000 acre-feet. The total volume of inflow for the 1957 flood was 8,364,000 acre-feet.

Giant Intake Vortex - Denison Dam, Lake Texoma - 150605

Falls du dich inmitten einer stressigen Arbeitswoche nach etwas Entspannung sehnst, hätten wir da was für dich: Am Denison Damm an der Grenze zwischen Texas und Oklahoma hat die Kraft des Wassers ein eindrucksvolles Naturschauspiel entstehen lassen, das US-Ingenieure nun in einem hypnotischen Video filmisch festgehalten haben.

Da es oberhalb des Lake Texomas in den vergangenen Wochen zu starken Regenfällen kam, hat sich in der Hochwasserüberlaufanlage des Damms ein gigantischer Wasserstrudel gebildet. Insgesamt kann der furchteinflößende Strudel 2,8 Millionen Liter Wasser pro Sekunde aufsaugen und verarbeiten.

Das Strudelsystem, das den schönen Namen &#x201e;Glory Hole" Spillway trägt, dient dazu, den Druck auf den Damm zu regulieren, in dem es das Wasser aufsaugt und dann flussabwärts weiterleitet.

Laut den Ingenieuren der US-Armee, die das Video Anfang Juni mit einer Drohne aufgezeichnet haben, hat der Strudel einen Durchmesser von 2,5 Metern und wäre locker in der Lage &#x201e;ein Boot in seiner vollen Größe anzusaugen."

Aus der sicheren Distanz des Internets entfaltet der Anblick eines gigantischen Wasserstrudels, der unerbittlich seine Arbeit zum Hochwasserschutz verrichtet, vor allem eine angenehm beruhigende Wirkung.

Motherboard

Naturphänomene

Tech

Das Ungetüm von 2,5 Meter Durchmesser wird von den Forschern liebevoll „Glory Hole“ genannt.

FYI.

This story is over 5 years old.

Dieser gigantische Wasserstrudel verschluckt 2,8 Millionen Liter pro Sekunde

FYI.

This story is over 5 years old.

Dieser gigantische Wasserstrudel verschluckt 2,8 Millionen Liter pro Sekunde

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