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Abstract:
There are tens of millions of km of pipelines worldwide used in water supplies, gas and liquid fuel delivery systems, electric power networks, and wastewater conveyance facilities. An overview of these critical infrastructure assets is provided. Soil-structure interaction affecting pipeline and underground conduit response to externally imposed ground deformation is examined, starting with stress transfer from soil to the circular surface of the pipe. Various models for soil-pipeline interaction are described, and a methodology is proposed for evaluating soil-pipeline interaction in granular soils for any direction of pipe movement at any depth. Suction-enhanced soil reaction to relative soil-pipe movement is discussed. Guidance is provided regarding soil-pipeline interaction modeling in which the pipeline is represented as a beam vs a three-dimensional shell. Large-scale laboratory testing and numerical modeling for the next generation hazard-resilient pipelines are described, and innovative ways of accommodating ground deformation are illustrated. Water supply system response to widespread liquefaction-induced ground deformation during the Canterbury Earthquake Sequence in New Zealand is evaluated with high density LiDAR and GIS analyses, and a methodology is presented for estimating pipeline damage as the combined response to liquefaction-induced differential settlement and lateral ground strain. The community impact of pipeline system performance is illustrated with respect to the role that the water supply plays in fire suppression in San Francisco.
Biography:
Tom ORourke is the Thomas R. Briggs Professor of Engineering in the School of Civil and Environmental Engineering at Cornell University. He is a member of the US National Academy of Engineering, Distinguished Member of ASCE, International Fellow of the Royal Academy of Engineering, Member of the Mexican Academy of Engineering, and a Fellow of American Association for the Advancement of Science. He received a number of distinctions for his research and teaching, including the Stephen D. Bechtel Pipeline Engineering and Ralph B. Peck Awards from ASCE. He gave the 2009 Rankine Lecture and 2016 Terzaghi Lecture. He served as President of the Earthquake Engineering Research Institute (EERI) and as the chair or member of many professional society committees. He received the George W. Housner Medal in 2016, one of the highest awards for contributions to earthquake engineering. He authored or co-authored over 380 technical publications. His research interests cover geotechnical engineering, earthquake engineering, underground construction technologies, engineering for large, geographically distributed systems, and geographic information technologies and database management. He has served on numerous government advisory boards, as well as the consulting boards or peer reviews for many projects associated with highway, rapid transit, water supply, and energy distribution systems.
Event Information:
430 Planning Meeting (anyone can attend)
530 Social Hour
630 Dinner
715 Announcements
730 Presentation
830 Adjourn
Registration:
Regular Registration ends at 3 PM the Friday before the event.
Late Registration ends 12 hours before the event.
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UbicaciónBellevue Red Lion (Ver)
11211 Main Street
Bellevue, WA 98004
United States
Categorías
| Apropiado para niños: No |
| Se aceptan perros: No |
| No fumar: Sí |
| Accesible a silla de ruedas: Sí |
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Contacto
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