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jacking anchorage - translation to russian
строительное дело
натяжной анкер, натяжное анкерное устройство
![Aerial view of the [[Port of Anchorage]] on Cook Inlet in 1999](https://commons.wikimedia.org/wiki/Special:FilePath/Anchorage Alaska aerial view.jpg?width=200 "Aerial view of the [[Port of Anchorage]] on Cook Inlet in 1999")
![downtown]] station, responding to a call early in the morning](https://commons.wikimedia.org/wiki/Special:FilePath/Anchorage Fire Department Engine 1.jpg?width=200 "downtown]] station, responding to a call early in the morning")
![Satellite view taken August 2020. The Municipality encompasses the entire land mass between the Knik River and Knik Arm (top), and the Turnagain Arm (bottom), with the Mat-Su borough to the north, the Kenai Peninsula to the south, and Whittier just east of the mountains (lower right). The [[city proper]] lies on the coastal [[alluvial plain]] at the headwaters of Cook Inlet, between the two arms (left of center).](https://commons.wikimedia.org/wiki/Special:FilePath/Anchorage by Sentinel-2, 2020-08-17.jpg?width=200 "Satellite view taken August 2020. The Municipality encompasses the entire land mass between the Knik River and Knik Arm (top), and the Turnagain Arm (bottom), with the Mat-Su borough to the north, the Kenai Peninsula to the south, and Whittier just east of the mountains (lower right). The [[city proper]] lies on the coastal [[alluvial plain]] at the headwaters of Cook Inlet, between the two arms (left of center).")
![downtown]] skyline.](https://commons.wikimedia.org/wiki/Special:FilePath/Anchorage skyline as seen from the Tony Knowles Coastal Trail.jpg?width=200 "downtown]] skyline.")
![View of downtown Anchorage from the Hotel Captain Cook. The gold building on the right, the [[Conoco-Phillips Building]], is the tallest building in Alaska and exemplifies the importance of the petroleum industry.](https://commons.wikimedia.org/wiki/Special:FilePath/Downtown Anchorage, Alaska.jpg?width=200 "View of downtown Anchorage from the Hotel Captain Cook. The gold building on the right, the [[Conoco-Phillips Building]], is the tallest building in Alaska and exemplifies the importance of the petroleum industry.")
![Great Alaskan earthquake]] on March 27, 1964](https://commons.wikimedia.org/wiki/Special:FilePath/Great Alaska Earthquake Fourth Ave Anchorage.jpg?width=200 "Great Alaskan earthquake]] on March 27, 1964")
![Eagle River]] valley in [[Chugach State Park]]](https://commons.wikimedia.org/wiki/Special:FilePath/Parque Eagle River, Anchorage, Alaska, Estados Unidos, 2017-09-01, DD 33.jpg?width=200 "Eagle River]] valley in [[Chugach State Park]]")
.png?width=200 "Map of racial/ethnic distribution in Anchorage, 2010 U.S. Census. Each dot is 25 people: <span style=\"color:#ff0000\">'''Non-Hispanic White'''</span>, <span style=\"color:#0000ff\">'''Black'''</span>, <span style=\"color:#00ff80\">'''Asian'''</span>, <span style=\"color:#ff8000\">'''Hispanic'''</span> or '''Alaska Native and Other''' (yellow)")
Definition
Wikipedia
Pipe ramming (sometimes also called pipe jacking) is a trenchless method for installation of steel pipes and casings. Distances of 30 m (150 feet) or more and over 500 mm (20 inches) in diameter are common, although the method can be used for much longer and larger installations. The method is useful for pipe and casing installations under railway lines and roads, where other trenchless methods could cause subsidence or heaving. The majority of installations are horizontal, although the method can be used for vertical installations.
The main differences between pipe ramming and pipe jacking are that pipe ramming uses percussion and does not have a navigation system, while pipe jacking uses hydraulic jacks and does have an active navigation system. Pipe ramming is preferable for shorter distances and applications that do not require tight directional control, such as cable installations.
The method uses pneumatic percussive blows to drive the pipe through the ground. The leading edge of the pipe is almost always open, and is typically closed only when smaller pipes are being installed. The shape allows a small overcut (to reduce friction between the pipe and soil and improve load conditions on the pipe), and directs the soil into the pipe interior instead of compacting it outside the pipe. These objectives are usually achieved by attaching a soil-cutting shoe or special bands to the pipe.
Further reduction of friction is typically achieved with lubrication, and different types of bentonite and/or polymers can be used (as in horizontal directional boring) for this purpose.Spoil removal from the pipe can be performed after the entire pipe is in place (shorter installations). If the pipe containing the spoil becomes too heavy before the installation is complete, the ramming can be interrupted and the pipe cleaned (longer installations). Spoil can be removed by auger, compressed air or water jetting.
Research on instrumented pipe ramming installations has allowed the development of pipe ramming-specific models for static soil resistance and dynamic model parameters for simulating drivability of rammed pipes. These procedures can be used to estimate the feasibility of pipe ramming installations.
