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000 nam i
001 2210080927666
003 ASCE
005 20240619160839
006 a fo 001 0
007 cr a a a
008 220104t20132013vau fo 001 0 eng d
020 a9780784477861
040 aAmericanSocietyofCivilEngineersbengcAmericanSocietyofCivilEngineerserdad221008
050 aTA654.6b.C465 2013
110 aCOPRI Chile Earthquake Investigation Team of American Society of Civil Engineers
245 00 aChile Earthquake and Tsunami of 2010bPerformance of Coastal Infrastructure
264 aReston, VAbAmerican Society of Civil Engineersc2013, c2013
300 aonline resource
336 atextbtxt2rdacontent
337 aunmediated2rdamedia
338 aonline resourcebcr2rdacarrier
505 aIntroduction; Seismic Ground Motion; Tsunami Characteristics; Site Investigations; Interviews; Lessons Learned and General Recommendations; Detailed Existing Facility Data; References; Index
520 aPrepared by the Chile Earthquake Investigation Team of the Coasts, Oceans, Ports, and Rivers Institute of ASCE On February 27, 2010, an earthquake of magnitude 8.8 occurred off the coast of south-central Chile, causing intense shaking for as long as three minutes and generating a tsunami that spread across the Pacific Ocean. The earthquake.the fifth largest recorded to date.was much stronger than the 2010 Haiti earthquake, yet the Chile earthquake and tsunami combined caused substantially less damage to infrastructure and less loss of life than the Haiti event. What can engineers and risk managers learn from the Chile earthquake? In April 2010, an ASCE-COPRI team of coastal, structural, and geotechnical engineers conducted a field investigation of 10 sites in Chile affected by the earthquake and tsunami, including the ports of San Vicente, Lirquen, Coronel, Valparaiso, and San Antonio; the San Vicente Gas Terminal; and Talcahuano, Dichato, Caleta Tumbes, and Santa Maria Island. They observed successes and failures of port/harbor pile-supported structures, breakwaters and sea walls, and coastal zones. This report presents the team.s findings on which types of infrastructure performed poorly and which types performed as intended. The team also compared the performance of older systems that were not designed using current mitigation methods with systems that were designed according to Chile.s modern codes. The report includes summaries of interviews by team members with engineers and government officials in Chile, as well as a summary of lessons learned and general recommendations. For coastal engineers, structural engineers, geotechnical engineers, and disaster risk managers, the observations and analyses in this report provide critical information for engineering infrastructure that withstands major earthquake and tsunami events.
588 aPrint version record.
650 aTsunamisxHistoryzChiley21st century.
650 aEarthquakesxHistoryzChiley21st century.
650 aCoastal engineeringzChile.
650 aEarthquake damagezChile.
650 aEarthquake engineeringzChile.
650 aEarthquake hazard analysiszChile.
650 aStructural engineeringzChile.
650 aTsunami damagezChile.
650 aChile Earthquake, Chile, 2010 (February 27)
653 aDeveloping countries
653 aEarthquakes
653 aTsunamis
653 aInfrastructure
653 aSite investigation
653 aRisk management
653 aCoastal protection structures
653 aTeam building
653 aChile
653 aSouth America
653 aHaiti
653 aCaribbean
700 1 aEdge, Billy L.eeditor4edt
856 uhttps://doi.org/10.1061/9780784412794uhttps://ascelibrary.org/action/showBook?doi=10.1061/9780784412794
Chile Earthquake and Tsunami of 2010Performance of Coastal Infrastructure
종류
전자책
서명
Chile Earthquake and Tsunami of 2010Performance of Coastal Infrastructure
저자명
형태사항
online resource
주기사항
Prepared by the Chile Earthquake Investigation Team of the Coasts, Oceans, Ports, and Rivers Institute of ASCE On February 27, 2010, an earthquake of magnitude 8.8 occurred off the coast of south-central Chile, causing intense shaking for as long as three minutes and generating a tsunami that spread across the Pacific Ocean. The earthquake.the fifth largest recorded to date.was much stronger than the 2010 Haiti earthquake, yet the Chile earthquake and tsunami combined caused substantially less damage to infrastructure and less loss of life than the Haiti event. What can engineers and risk managers learn from the Chile earthquake? In April 2010, an ASCE-COPRI team of coastal, structural, and geotechnical engineers conducted a field investigation of 10 sites in Chile affected by the earthquake and tsunami, including the ports of San Vicente, Lirquen, Coronel, Valparaiso, and San Antonio; the San Vicente Gas Terminal; and Talcahuano, Dichato, Caleta Tumbes, and Santa Maria Island. They observed successes and failures of port/harbor pile-supported structures, breakwaters and sea walls, and coastal zones. This report presents the team.s findings on which types of infrastructure performed poorly and which types performed as intended. The team also compared the performance of older systems that were not designed using current mitigation methods with systems that were designed according to Chile.s modern codes. The report includes summaries of interviews by team members with engineers and government officials in Chile, as well as a summary of lessons learned and general recommendations. For coastal engineers, structural engineers, geotechnical engineers, and disaster risk managers, the observations and analyses in this report provide critical information for engineering infrastructure that withstands major earthquake and tsunami events.
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