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Earthquakes and Megacities: A Free Webinar on Thursday, May 31

A
one-hour live-streaming webinar on the topic of Earthquakes and
Megacities will take place Thursday, May 31, 2012, at 8:00 a.m. PDT. To
access the webinar, visit http://wms.fccn.pt/15wcee.*


Speakers:

The Organizing Committee of the 15th World Conference on Earthquake Engineering (15WCEE) is hosting the webinar.

*MAC users: Install Flip4Mac plugin
*Mozilla Firefox users: Install Media Player Firefox plugin

Discovering OpenSees: Surfing the Waves of OpenSees

“Parallel & Grid Computing” on May 31 & June 1

The next seminar in the web-based Discovering OpenSees: Surfing the waves of OpenSees
learning series will occur on May 31 and June 1. The session will be
broadcast twice at times that will allow users in all time zones around
the world to participate. This 1-hour session is titled “Parallel &
Grid Computing” and will occur on May 31 at 4:00 pm Pacific Time &
on June 1 at 10:00 am Pacific Time.


This seminar will provide a brief introduction to Parallel and Grid
Computing with OpenSees using the resources made available to users
through NEEShub.

This seminar covers:

  • Introduction to Parallel & Grid Computing
  • Parallel Computing With OpenSees
  • Running Parallel Examples on NEEShub
  • Grid Computing Using Pegasus, the Open Science Grid and OpenSees
  • Q&A with web participants

How can I join the seminar?
Register for the seminar on May 31 at 4:00 pm Pacific Time
Register for the seminar on June 1 at 10:00 am Pacific Time

Once registered, you will receive a confirmation email with instructions
for joining the meeting. More information will be posted at the Discovering OpenSees Wiki page.

NEES “Research to Practice” Webinar “Assessment of Seismic Performance of Masonry-Infilled Reinforced Concrete Frames”

Assessment of Seismic Performance of Masonry-Infilled Reinforced Concrete Frames” is the sixth in a series of Research to Practice webinars
co-produced by the Network for Earthquake Engineering Simulation (NEES)
and the Earthquake Engineering Research Institute (EERI) is Tuesday,
May 22, 2012.
 

There is no cost to attend this webinar. To register go to https://nees.org/webinar.  
Reinforced
concrete and steel frame structures sometimes include unreinforced
masonry infill walls as interior and exterior partitions. Such
construction can be found in many old buildings in the western United
States, such as pre-1930’s buildings in California, and is still being
used for newer buildings in the midwestern and eastern parts of the
country. Even though unreinforced masonry infill walls are usually
considered as non-structural elements, they interact with the bounding
frames when subjected to earthquake loads. This interaction may result
in unintended failure mechanisms, such as shear failures of reinforced
concrete (RC) columns and the crushing of the masonry infill. The
seismic performance and safety of infilled frames have received much
attention because of their mixed performance in past earthquakes. The
lateral load resistance of an infilled frame highly depends on the
frame-wall interaction and the specific failure mechanism that may
result. This presents a major challenge for the performance assessment
of these structures.

A
research project was sponsored under the Network for Earthquake
Engineering Simulation (NEES) program of NSF to develop reliable
analytical methods for assessing the performance of masonry-infilled RC
frames, and also effective retrofit methods for enhancing the seismic
safety of these buildings. The analytical and retrofit methods were
validated with quasi-static and large-scale shake-table tests. The
research was a collaborative effort of UC-San Diego, the University of
Colorado, Boulder, and Stanford University. This webinar will provide a
brief overview of the research project, and present the simplified as
well as refined analytical methods that were developed in this project.
Current efforts to improve the performance assessment methods in ASCE 41
for this type of structures will be discussed. The presentation will be
given by Professor P.B. Shing and Dr. Ioannis Koutromanos of UC-San
Diego, and Professor Andreas Stavridis of the University of Texas,
Arlington.

NEES/EERI Educational Webinar Series Kicks Off January 14, 2011!

Join Friday, January 14, from 11:30 a.m. to 1:00 p.m. Pacific Time for Performance-Based Seismic Design of Mid-Rise Light-Frame Wood Buildings, the first webinar of the George E. Brown, Jr. Network for Earthquake Engineering Simulation (NEES)/ Earthquake Engineering Research Institute (EERI) engineering educational series, Reducing Earthquake Losses: From Research to Practice.  To register, click here and follow the prompts using event #666 946 334 and the event password, NEES. The program will summarize key findings of the ground-breaking NEESWood project, suggest design approaches, and discuss forthcoming code implications.  Presenters NEESWood Principal Investigator John W. van de Lindt and Steve Pryor, International Director of Building Systems, Simpson Strong-Tie, will provide a brief overview, describe the major tests on two and six-story full-scale buildings, and explain the SAPWood modeling software. The webinar series is geared for both engineering practitioners and researchers, featuring the outcomes of NEES research projects and highlighting the significance of the results for improved engineering design and construction. Future programs are forthcoming.