ASCE Wenchuan SichuanProvince China Earthquakeof2008 2014
$71.50
Wenchuan, Sichuan Province, China, Earthquake of 2008 – Lifeline Performance
Published By | Publication Date | Number of Pages |
ASCE | 2014 | 317 |
“Sponsored by the Technical Council on Lifeline Earthquake Engineering of ASCE On May 12, 2008, an earthquake with an epicenter in Yingxiu struck a mountainous region 90 km northwest of Chengdu, Sichuan Province, China, and affected an estimated 4.6 million people. Extensive and massive landslides and rockslides occurred following the 7.9 magnitude event, rendering many towns and villages across Sichuan, Shaanxi, and Gansu provinces inaccessible. Emergency services, rescue, and relief were extremely difficult. This TCLEE Monograph discusses the following lifelines with recommendations for improving performance: transportation infrastructure; electric power systems; potable water systems and dams; telecommunications systems; and residential and public buildings, including schools. General seismology of the event, geotechnical features of the area, and a discussion of the emergency response efforts and lessons learned are also included. TCLEE 39 will be of interest to civil engineers, emergency managers and planners, and government officials charged with improving resilience of lifeline infrastructure systems during earthquakes, landslides, and rockslides.”
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Cover |
6 | Contents |
10 | Preface |
11 | Contributors |
12 | Acknowledgments |
22 | Chapter 1: Introduction Executive Summary |
25 | Lessons Learned |
26 | Investigation Team |
27 | Chapter Authors Maps, Place Names, and Locations |
28 | Abbreviations |
29 | Chapter 2: Seismology and Geotechnical Considerations Seismic Setting |
37 | Seismic Hazard Zonation |
39 | Ground Motions |
48 | Landslide Failures Surface Faulting |
54 | Site Classification in Chinese Code GB50011 |
56 | Acknowledgement |
57 | Chapter 3: Transportation Systems Executive Summary |
58 | Performance of Roads |
71 | Retaining Walls |
73 | Bridges |
102 | Tunnels |
110 | Rail System Recommendations |
113 | Acknowledgment |
114 | References |
115 | Chapter 4: Electric Power System Overview |
117 | Electric Power Generation |
121 | Transmission System |
154 | Transmission Towers |
162 | Distribution System |
165 | Lessons Learned and Recommendations |
170 | Acknowledgment |
171 | Reference |
172 | Chapter 5: Potable Water Systems Overview of the Existing Water Systems Water Pipes |
179 | Water Facilities |
184 | Water Emergency Response and Recovery |
187 | Dujiangyan Water Diversion System |
189 | Lessons Learned and Recommendations |
192 | Acknowledgment |
193 | Chapter 6: Telecommunications Executive Summary Description of System |
194 | Performance of the Cellular (Wireless) Network |
209 | Performance of the Landline Network |
225 | Lessons Learned and Recommendations Acknowledgment Reference |
226 | Chapter 7: Airports Executive Summary Airports |
227 | Chapter 8: Dams Executive Summary |
228 | Overview of System Performance |
230 | Performance of Sichuan Dams and Reservoirs |
237 | China’s Dam Safety Program |
241 | Conclusions and Recommendations |
242 | Acknowledgment Reference |
243 | Chapter 9: Damage to Schools and General Building Stock Executive Summary |
248 | Schools |
257 | Beichuan (北å·) Town |
267 | Hongkou (虹å£) Area |
276 | Dujiangyan |
283 | Yingxiu |
287 | Mianyang |
288 | Chengdu |
291 | Shifang |
296 | Nanba (å—å) and Hejiaba (何家å |
301 | Lessons Learned and Recommendations |
302 | Acknowledgment |
303 | Chapter 10: Emergency Response Executive Summary Government Response |
308 | Non-Government Organization (NGO) Response |
310 | Continuing Efforts by the Chinese Government Long-Term Reconstruction Efforts |
311 | Conclusions Acknowledgment |
312 | Index A B C |
313 | D E |
314 | F G H I J L M |
315 | N P R S |
316 | T |
317 | U W X Y Z |