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Emergency handling of the "5.12" Tan...

Yang, Qigui.

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Emergency handling of the "5.12" Tangjiashan Barrier Lake

Record Type:	Electronic resources : Monograph/item
Title/Author:	Emergency handling of the "5.12" Tangjiashan Barrier Lake/ by Qigui Yang, Wenjun Yang.
Author:	Yang, Qigui.
other author:	Yang, Wenjun.
Published:	Singapore :Springer Nature Singapore : : 2023.,
Description:	1 online resource (xvii, 342 p.) :ill., digital ;24 cm.
[NT 15003449]:	Introduction -- Hydrologic analysis of Tangjiashan barrier lake area -- Geological characteristics of Tangjiashan barrier lake area -- Outburst flood evolution analysis of Tangjiashan barrier lake -- Study on the anti-impact stability of discontinuous wide graded mixture of weir body -- Study on the emergency danger elimination plan of Tangjiashan barrier lake -- Construction of Tangjiashan barrier lake emergency danger elimination project -- Emergency monitoring and assurance system -- Evaluation of the discharge process of lake water and the effect of risk removal.
Contained By:	Springer Nature eBook
Subject:	Emergency management - China -
Online resource:	https://doi.org/10.1007/978-981-99-1706-8
ISBN:	9789819917068

Emergency handling of the "5.12" Tangjiashan Barrier Lake
Yang, Qigui.

Emergency handling of the "5.12" Tangjiashan Barrier Lake[electronic resource] /by Qigui Yang, Wenjun Yang. - Singapore :Springer Nature Singapore :2023. - 1 online resource (xvii, 342 p.) :ill., digital ;24 cm.

Introduction -- Hydrologic analysis of Tangjiashan barrier lake area -- Geological characteristics of Tangjiashan barrier lake area -- Outburst flood evolution analysis of Tangjiashan barrier lake -- Study on the anti-impact stability of discontinuous wide graded mixture of weir body -- Study on the emergency danger elimination plan of Tangjiashan barrier lake -- Construction of Tangjiashan barrier lake emergency danger elimination project -- Emergency monitoring and assurance system -- Evaluation of the discharge process of lake water and the effect of risk removal.

This book introduces emergency management of barrier lakes systematically, including theories and practices, risk assessment under extremely high-risk conditions, evolution of outburst floods, analysis of anti-impact stability, and emergency management technology and assessment of risk elimination effect. It takes the Tangjiashan barrier lake as a successful case study to illustrate effective treatment of barrier lake with high risks, poor environmental conditions, extremely urgent rescue time and high disposal difficulties. It retains a large number of images and data of great research value for the lake risk assessment and building technological emergency system. It provides a reliable reference for the government, scientific researchers and survey and design team to deal with the sudden natural disaster in barrier lakes, especially caused by huge earthquake.

ISBN: 9789819917068

Standard No.: 10.1007/978-981-99-1706-8doiSubjects--Topical Terms:

3633809
Emergency management
--China

LC Class. No.: HV551.5.C6

Dewey Class. No.: 363.3480951

Emergency handling of the "5.12" Tangjiashan Barrier Lake
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505 0 $a Introduction -- Hydrologic analysis of Tangjiashan barrier lake area -- Geological characteristics of Tangjiashan barrier lake area -- Outburst flood evolution analysis of Tangjiashan barrier lake -- Study on the anti-impact stability of discontinuous wide graded mixture of weir body -- Study on the emergency danger elimination plan of Tangjiashan barrier lake -- Construction of Tangjiashan barrier lake emergency danger elimination project -- Emergency monitoring and assurance system -- Evaluation of the discharge process of lake water and the effect of risk removal.
520 $a This book introduces emergency management of barrier lakes systematically, including theories and practices, risk assessment under extremely high-risk conditions, evolution of outburst floods, analysis of anti-impact stability, and emergency management technology and assessment of risk elimination effect. It takes the Tangjiashan barrier lake as a successful case study to illustrate effective treatment of barrier lake with high risks, poor environmental conditions, extremely urgent rescue time and high disposal difficulties. It retains a large number of images and data of great research value for the lake risk assessment and building technological emergency system. It provides a reliable reference for the government, scientific researchers and survey and design team to deal with the sudden natural disaster in barrier lakes, especially caused by huge earthquake.
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