Contact: Jim Jennings, 703-295-6406 (w), 540-272-1452 (c), firstname.lastname@example.org
Monday, June 13, 2011
Sixth Post-Disaster Assessment Teams from American Society of Civil Engineers Deploy to Japan June 12 to Study Port and Coastal Structures
Reston, Va.-The sixth post-disaster assessment team assembled by the American Society of Civil Engineers (ASCE) will deploy for Japan this week to study the effects of the March 11, 2011, 9.0 magnitude earthquake and the resulting tsunami, which wrought massive destruction along that nation’s Pacific coastline. The tsunami inundated approximately 292 square miles, or 470 square kilometers.
This team will examine the earthquake and tsunami damage to transportation including ports and highways, power, telecommunications, water and waste water and liquid fuel—known in engineering circles as “lifelines.” Previous teams have examined the tsunami and earthquake effects on port structures, while other teams have looked at the impact the earthquake and tsunami had on coastal engineering structures such as tsunami walls, breakwaters, seawalls--coastal engineering structures that are used for navigation, flood control and life safety.
ASCE serves the civil engineering profession as an essential source of technical guidance in the United States. The Society is responsible for the ASCE 7 Standard, which governs the Minimum Design Loads (weight) for Buildings and Other Structures. Currently, all coastal flood minimum design standards for buildings and other structures are based on hurricane conditions, and these have never been evaluated for tsunami wave conditions.
According to the Oregon Department of Geology and Mineral Industries, the Japan event is virtually a mirror image of what might occur when the next major earthquake occurs on the Cascadia Subduction Zone off the U.S. West Coast. A tsunami inundation of the Washington, Oregon and northern California coastlines could occur within 15 minutes of such an earthquake. There is a population of 13 million west of the Cascade Range. Because of the industrialized and densely populated nature of the Honshu Tohoku coastline, and the similarity between Japanese and U.S. building codes, lessons from this tsunami will be immediately relevant to the U.S. West Coast, Alaska, Hawaii, and Canada.
View Their Work: Each ASCE disaster assessment team is detailing their findings in a daily online “diary” posted on the ASCE Web site. Each diary includes powerful photography from the scene.
Follow their daily investigations here: http://www.asce.org/PPLContent.aspx?id=12884906436
Members of the team are team leader Curt Edwards, Psomas Engineering, San Diego, Ca.; Leon Kemper, Bonneville Power Administration, Portland; Nason McCullough, CH2M Hill, Corvallis; Allison Pyrch, Shannon & Wilson, Inc., Portland; Yumei Wang, Oregon Department of Geology and Mineral Industries, Portland; John Eidinger, G&E Engineering Systems, Oakland, Ca.; Alexis Kwasinski, University of Texas, Austin; Mark Yashinsky, CalTrans, Carmichael, Ca.; Alex Tang, L&T Consultants, Mississauga, Ontario
As part of its disaster response procedure, ASCE forms technical teams to study infrastructure damage caused by natural or man-made disasters. Such studies are conducted so that engineers may learn from the disasters, and so those lessons learned may be documented to inform future actions, including revisions of technical standards.
ASCE has participated in more than a dozen disaster assessments in the last decade, including studies of the World Trade Center and Pentagon following the attacks in 2001; assessments following hurricanes Katrina and Ike in 2005; tsunami assessment throughout the Indian Ocean Basin in 2004, and earthquake assessments in China, Peru, Japan, Sumatra-Andaman, Alaska, California, Italy, Algeria, Turkey, Haiti and Chile.
Founded in 1852, the American Society of Civil Engineers represents more than 140,000 civil engineers worldwide and is America’s oldest national engineering society. For more information, visit www.asce.org.