News of the Institute
The 2015 EERI Annual Meeting will be held March 31 through April 3, 2015 at the Boston Park Plaza Hotel in Boston, Massachusetts. The theme is "Old Cities, New Earthquakes" and the program will highlight the particular seismic hazards and vulnerability of older structures common to so much of central and eastern North America. There will be unique sessions providing updates on EERI special projects, such as Learning From Earthquakes and the School Earthquake Safety Initiative. The detailed program will be released soon and registration opens December 15, 2014!
Poster Abstracts: Individuals interested in participating in one of the 2015 Annual Meeting poster sessions are invited to submit abstracts, not exceeding two pages in length, by January 9, 2015. Presenters will be notified in early February of acceptance. Academic posters that target advanced research nearing completion and focusing on technology transfer to practitioners are encouraged. Practitioner posters that target innovative applications of research in practice or identified code-based needs for research are also encouraged. Visit the meeting website to submit your abstract.
Travel Scholarships: Thanks to support from FEMA, several scholarships are available to assist student and young professional EERI members (out of school no more than three years) to attend the 2015 Annual Meeting. Financial support will be contingent upon participation in one of the poster sessions (see above), either through the applicant's own research project, or as a representative of a student chapter with a poster depicting the chapter's activities. Each scholarship will be for a fixed amount and can be used toward registration and travel expenses. Apply on the meeting website by January 9, 2015. Applicants should describe their current involvement in earthquake engineering or a related field.
Two upcoming NEES/EERI Research-to-Practice webinars will feature NEES Projects and their affiliated studies on architectural precast façade systems. The first webinar focuses on Research and Testing Programs, and the second webinar focuses on Design Implications and Lessons Learned.
There is no cost to attend the webinars. To register go to nees.org/webinar. PDHs will be available from EERI after the webinar for $30.
Seismic Performance of Architectural Precast Facade Systems
A: Research and Testing Programs: Friday, December 5, 2014, 11:00 am - 12:30 pm PST
B: Design Implications and Lessons Learned: Friday, December 12, 2014, 11:00 am - 12:30 pm PST
Kurt McMullin (M. EERI, 1992), Professor, San Jose State University
Tara Hutchinson (M. EERI, 1995), Professor, University of California at San Diego
Mark Hildebrand, President, Willis Precast Co. Inc.
Glen Underwood, Chief Structural Engineer, Clark-Pacific Precast
Elide Pantoli (M. EERI, 2012), Doctoral Candidate, University of California at San Diego
EERI and the UCLA student chapter of EERI are hosting a free one-day training workshop for professional and student members on January 24th at UCLA. The Earthquake Reconnaissance Data Collection Training Workshop will explain the role that EERI plays in post-earthquake reconnaissance and will highlight specific ways workshop attendees can participate in future reconnaissance activities after an earthquake in their area. For more information, see the Workshop Agenda. To register for the workshop, visit: https://eeri.org/cohost/registration/eeri-ucla-recon-workshop.
The workshop will begin with a brief summary of past EERI reconnaissance efforts and the variety of ways members have been involved. The workshop will continue with discipline-specific presentations on methods of conducting post-earthquake reconnaissance following a damaging earthquake. In this workshop, the discipline-specific presentations include structural engineering, geotechnical engineering, and lifelines (bridges). Presenters will provide important background information for each discipline and will share best practices for conducting field damage assessments. The morning presentations will end with a training session on reconnaissance data collection tools used by EERI.
Following lunch and building on the morning presentations, an afternoon field exercise will provide participants with the opportunity to test their reconnaissance skills and to use the reconnaissance data collection tools at mock damage sites around the UCLA campus. The workshop will end with a short data visualization session and a summary of ways members can get involved in EERI reconnaissance activities after an earthquake in their area. The workshop will be followed by a no-host happy hour near the UCLA campus.
Space for the workshop is limited, register today to reserve your spot. Registration for the workshop will close on January 16.
EERI would like to thank the donors to the Endowment Fund and acknowledge their recent contributions. EERI’s Endowment supports innovative projects that assure the Institute’s continuing leadership in the earthquake engineering profession.
The list below reflects donations that the Institute received from July to mid-November 2014.
Thank you for your support!
This December, reduce your April tax burden by making a donation to the EERI Endowment Fund. The generosity of EERI members has allowed the Institute to create many valuable programs since the Endowment's inception in 1994. Your gift will enable EERI to build on this substantial foundation by supporting innovative projects, independent of government funding, which will advance the field of earthquake engineering as well as benefit you, our members.
You may choose to donate to one of EERI's many important programs, like the World Housing Encyclopedia, or to the general endowment to support exciting new initiatives in the new year. The 2015 membership renewal form has a line to make a donation, or click on the "Donate" button on the top right of the EERI homepage.
Under the Pension Protection Act of 2006, members aged 70.5 years and older may make donations from IRAs without claiming the distributions as income. Please consider discussing this opportunity to support the EERI Endowment with your tax advisor.
If you have not already done so, please renew your EERI membership for 2015. Check for the customized renewal email sent to you or visit the website to renew. If you renew by December 31, 2014 your name will be entered to win one of three $100 VISA gift cards.
EERI is pleased to introduce the new EERI student chapter established at Cankaya University in Ankara, Turkey. The chapter's faculty advisor is Salih Tileylioglu (M. EERI, 2006) from the Department of Civil Engineering. The local contact is Onur Celik. Recently elected officers include Dursun Ozelci (President, M. EERI, 2014), Dilara Akdoganbulut (Vice President, M. EERI, 2014), Ogulcan Ugurlas (Treasurer, M. EERI, 2015), and Guher Hergul (Secretary, M. EERI, 2014).Back to top >
Learning from Earthquakes
Report provided by Iiyama Kahori1, Hiroyuki Goto2, Koichiro Saguchi1, Kosuke Chimoto1, Hidetaka Saomoto3, Seiji Tsuno4, Masayuki Yoshimi3, Hitoshi Morikawa1, and Hiroaki Yamanaka1
On November 22, 2014, the northeastern part of Nagano prefecture in Japan experienced strong ground motion. Japan Meteorological Agency (JMA) estimated the scale of the earthquake at Mj6.7 (Mw6.2), and the hypocenter depth as 5km. The focal mechanism indicates lateral faulting, while the CMT solution indicates reverse faulting. This implies the earthquake did not occur on a simple planar fault. The source area is located on the Itoigawa-Shizuoka Tectonic Line, and more precisely along the Kamishiro active fault. Surface faulting were reported along the Kamishiro fault, and its maximum vertical displacement was about 90 cm.
Seismic intensities 6 lower on Japan Meteorological Agency (JMA) scale were observed at Nagano city, Otari village, and Ogawa village. Maximum peak ground acceleration and velocity among the available ground motion records were 572 cm/s2 and 61 cm/s, respectively, at K-NET NGN005 station (organized by National Research Institute for Earth Science and Disaster Prevention) in absolute values on horizontal components. The ground motion contains a strong pulse in the initial phase, which may correspond to the surface faulting, because the NGN005 station is located near surface faulting with about 40 cm vertical displacement.
The earthquake caused severe damage to residences only in a limited area around Horinouchi, in Kamishiro, Hakuba village. Our preliminary field survey indicates that more than 30% of wooden houses were severely damaged in the area. Open cracks on the ground surface were also observed along the level line. The residential damage must be due to strong ground motions because the residual displacements of the cracks were not significant, and also the surface faulting did not pass through the area.
Researchers have begun investigating why severe damage was concentrated in the area by evaluating precise damage reconnaissance reports, aftershock observation at temporal seismic stations, and several geophysical exploration surveys.
1Tokyo Institute of Technology, 2Kyoto University, 3National Institute of Advanced Industrial Science and Technology, 4Railway Technical Research Institute
See more on the EERI Learning From Earthquakes website.Back to top >
News of the Profession
The U.S. National Earthquake Hazard Reduction Program (NEHRP) is the government's long-term program to reduce risks to life and property in the United States that result from earthquakes. Periodically, NEHRP publishes Seismic Waves, a newsletter to highlight accomplishments or recent activities.
The current edition of Seismic Waves highlights the newest release of a free, mobile software for pre- and post-earthquake rapid building evaluation called Rapid Observation of Vulnerability and Estimation of Risk (ROVER). Read Seismic Waves for more about the software and its newest features, or visit the ROVER website. Browse many interesting publications and success stories on the NEHRP website. To sign up to receive NEHRP updates by email, just enter your address here.
The Global Earthquake Model (GEM) is releasing the OpenQuake platform, an innovative web-based risk assessment platform for modelling, viewing, exploring, and managing earthquake risk worldwide. The open source software will allow professionals from various fields of work to combine different GEM products and obtain key outputs for risk assessment, risk management, scientific researches and much more. The platform, fed by continuous contributions of users, will also act as an interactive environment where sharing knowledge, results, and resources from local to global. Learn more about available features and tools at OpenQuake.
Join the January 21, 2015 OpenQuake Release Event, to be broadcast live online. Visit the website for more information. All variety of stakeholders will be celebrating this important achievement. Participate in the excitement on social media using the hashtag #OQRelease.
Speaking at the OpenQuake Release Event will be Margareta Wahlström, United Nations' Special Representative of the Secretary-General (SRSG) for Disaster Risk Reduction and the head of UNISDR, the United Nations Office for Disaster Risk Reduction. It will be held in the spectacular Cardinale Agostino Riboldi (CAR) College Auditorium of Pavia.Back to top >
Thomson Reuters, a media and information firm, has released the publication of The World's Most Influential Scientific Minds 2014 (ScienceWatch.com). Based on journal papers published between 2002-2012, these individuals are ranked in the top 1 percent for the number of citations by their peers. Long-time EERI member Hojjat Adeli (M. EERI, 1976), Professor of Civil Engineering at The Ohio State University, is among the honorees in the category of Engineering. Adeli is a 1998 University Distinguished Scholar and the Editor-in-Chief of the International Journal of Neural Systems.
Adeli is a 1998 University Distinguished Scholar at The Ohio State University, a Distinguished Member of the American Society of Civil Engineers and a Fellow of several societies. He is the Founder and Editor-in-Chief of the international journals Computer-Aided Civil and Infrastructure Engineering, and Integrated Computer-Aided Engineering. He is the author of 15 books including Intelligent Infrastructure – Neural Networks, Wavelets, and Chaos Theory for Intelligent Transportation Systems and Smart Structures (Taylor & Francis, 2009) and Wavelet-Based Vibration Control of Smart Buildings and Bridges (Taylor & Francis, 2009).
EERI would like to welcome the members who have recently joined the Institute. If you wish to connect with your fellow members, you can locate their contact information in the EERI online membership directory, which requires logging in to the Member Resources Area of the EERI website.
Dylan Allen, University of Connecticut, Civil
Hamza Aslam, University of Connecticut, Civil
Anastasia Athanasiou, Universita degli Studi di Catania, Civil
Muammer Avci, University of Connecticut, Structural
Pouria Bahmani, Colorado State University, Structural
Ramsey Barghout, Northeastern University, Civil
Riccardo Cappa, UC Irvine, Geotechnical
Bryan Carro, CSU Long Beach
Freddy Cerezo, CSU Los Angeles, Civil
Sok Chhay, UCLA, Civil
Ismael De La Paz, University of Puerto Rico, Civil
Peter Falsey, Northeastern University, Civil
Anshul Goyal, University of Texas - Austin, Structural
Joy Guey, UCLA, Urban Planner
Megan Hanrahan, UC Irvine, Structural
Yutian He, Rice University, Architect
Andrew Ho, UC Irvine, Civil
Nicholas Hoyt, University of Michigan, Structural
Chris Ikenberry, University of Kansas, Structural
Christopher Jansen, UCLA, Civil
John King, UC Irvine
Evangelos Kontozoglou, Virginia Tech, Geotechnical
Xu Li, UC Irvine, Structural
Francisco Magallon Jr., UC Irvine, Structural
Brenda Maldonado, UC Irvine, Civil
Zachary McFann, UCLA
Stylianos Minas, University College London, Structural
Ishan Nayak, Rice University, Civil
Abigail Owens, Northeastern University, Civil
Richelle Penn, University of Michigan, Civil
Kerry Regan, CSU Fullerton, Structural
John Sanchez, UC Irvine, Civil
Christopher Suess, Northeastern University, Civil
Siu Tim Tang, UC Irvine, Structural
Armand Terzian, UC Irvine, Civil
Heather Tran, UC Irvine, Civil
Long Vo, North Carolina State University, Geotechnical
Reginald Wang, Rice University, Architect
Jessica Williams, Brigham Young University, Civil
The Department of Civil and Environmental Engineering at Howard University invites applicants for a tenure track faculty position in geotechnical engineering. Areas of interest include, but are not limited to: geomechanics, geotechnical earthquake engineering, geosynthetics/materials engineering, and geoenvironmental engineering. This position is a full-time tenure track position at the assistant professor rank. Applicants are expected to develop innovative, collaborative research programs, teach undergraduate and graduate classes and engage in professional development and service activities. The successful candidate should have the potential to develop interactions with other faculty members within the College of Engineering, Architecture and Computer Science, as well as in other colleges at Howard University. Applicants must have an earned Ph.D. in civil engineering or a closely related discipline complete by the expected start date of this position. Potential to earn a professional engineer's license is preferred.