OpenSeesDays2012: Difference between revisions

From OpenSeesWiki
Jump to navigation Jump to search
No edit summary
No edit summary
Line 20: Line 20:
#Extending OpenSees: Concrete Model for Continuum Element Modelling of Shear Walls  Prof. Filip Filippou (UC Berkeley)
#Extending OpenSees: Concrete Model for Continuum Element Modelling of Shear Walls  Prof. Filip Filippou (UC Berkeley)
#Introduction to NEEShub, Gemez Marshall  (NEEScomm)
#Introduction to NEEShub, Gemez Marshall  (NEEScomm)
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/A12_OpenSeesLab.pdf OpenSees on NEEShub], Frank McKEnna
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/A12_OpenSeesLab.pdf OpenSees on NEEShub], Frank McKenna




=== Day 2: Beyond the Basics ===
=== Day 2: Beyond the Basics ===


#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/B1_StructuralModeling.pdf Structural Modeling With Examples], Vesna Terzic
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/B1_StructuralModeling.pdf Structural Modeling With Examples], Dr. Vesna Terzic (UC Berkeley)
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/A6_GeoModels.pdf Geotechnical Modeling] with [http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2011/A7_GeoExamples.pdf Examples], Prof. Pedro Arduino
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/A6_GeoModels.pdf Geotechnical Modeling] with [http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2011/A7_GeoExamples.pdf Examples], Prof. Pedro Arduino (U.Washington)
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/B3_AddingYourCode.pdf  Adding New Code to OpenSees], Frank McKenna
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/B3_AddingYourCode.pdf  Adding New Code to OpenSees], Frank McKenna
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/B4_Parallel.pdf Parallel Processing & OpenSees], Frank McKenna
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/B4_Parallel.pdf Parallel Processing & OpenSees], Frank McKenna
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/B5_ParticleMethod.pdf Extending OpenSees for the Particle Finite Element Method]    Prof. Michael Scott (Oregon State)
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/B5_ParticleMethod.pdf Extending OpenSees for the Particle Finite Element Method]    Prof. Michael Scott (Oregon State)
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/Panos.pdf Using OpenSees for the Evaluation of Existing Buildings],                                           Panos Galanis (UC Berkeley)
#[http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/Panos.pdf Using OpenSees for the Evaluation of Existing Buildings],   Panos Galanis (UC Berkeley)
# State of the Practice of Nonlinear Response History Analysis, Dr. Mahmoud Hachem (Degenkolb)
# State of the Practice of Nonlinear Response History Analysis, Dr. Mahmoud Hachem (Degenkolb)
#  OpenSees in Practice Soil Structure Interaction, Dr. Arash Khosravifar (Fugro)
#  OpenSees in Practice Soil Structure Interaction, Dr. Arash Khosravifar (Fugro Consulting Engineers)
# [http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/SunLink_R+C.pdf Parametric Analysis of Wind Load Effects on PV Solar Roof Bearing Arrays], Rod Holland (SunLink) and Dr. Andreas Schellenberg (R&C)
# [http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/SunLink_R+C.pdf Parametric Analysis of Wind Load Effects on PV Solar Roof Bearing Arrays], Rod Holland (SunLink) and Dr. Andreas Schellenberg (R&C)
# [http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/B10_LifeCycleLosses.pdf Using Performance-Based Earthquake Evaluation Methods to Assess the Relative Benefits of Different Structural Systems], Dr. Vesna Terzic (UC Berkeley)
# [http://opensees.berkeley.edu/OpenSees/workshops/OpenSeesDays2012/B10_LifeCycleLosses.pdf Using Performance-Based Earthquake Evaluation Methods to Assess the Relative Benefits of Different Structural Systems], Dr. Vesna Terzic (UC Berkeley)

Revision as of 21:30, 17 August 2012

A two-day workshop on OpenSees sponsored by NEES and PEER.

August 15-16, 2012

University of California, Richmond Field Station

Workshop Evaluation

Day 1 : Getting Started

  1. Introduction to OpenSees,
  2. Getting Started with OpenSees, Frank McKenna
  3. OpenSees & Output, Dr. Vesna Terzic (UC Berkeley)
  4. Basic Modeling & Analysis By Example, Frank McKenna
  5. Lunch
  6. Nonlinear Analysis With Examples, Frank McKenna
  7. BridgePBEE Prof. Ahmed Elgamal UC San Diego
  8. OpenSees-Snopt - Framework for Finite Element Based Optimization, Prof Quan Gu
  9. Recommendations for simulating the response of slender concrete walls using the force- and displacement-based beam-column elements, Prof. Laura Lowes (U.Washington)
  10. Extending OpenSees: Concrete Model for Continuum Element Modelling of Shear Walls Prof. Filip Filippou (UC Berkeley)
  11. Introduction to NEEShub, Gemez Marshall (NEEScomm)
  12. OpenSees on NEEShub, Frank McKenna


Day 2: Beyond the Basics

  1. Structural Modeling With Examples, Dr. Vesna Terzic (UC Berkeley)
  2. Geotechnical Modeling with Examples, Prof. Pedro Arduino (U.Washington)
  3. Adding New Code to OpenSees, Frank McKenna
  4. Parallel Processing & OpenSees, Frank McKenna
  5. Extending OpenSees for the Particle Finite Element Method Prof. Michael Scott (Oregon State)
  6. Using OpenSees for the Evaluation of Existing Buildings, Panos Galanis (UC Berkeley)
  7. State of the Practice of Nonlinear Response History Analysis, Dr. Mahmoud Hachem (Degenkolb)
  8. OpenSees in Practice Soil Structure Interaction, Dr. Arash Khosravifar (Fugro Consulting Engineers)
  9. Parametric Analysis of Wind Load Effects on PV Solar Roof Bearing Arrays, Rod Holland (SunLink) and Dr. Andreas Schellenberg (R&C)
  10. Using Performance-Based Earthquake Evaluation Methods to Assess the Relative Benefits of Different Structural Systems, Dr. Vesna Terzic (UC Berkeley)
  11. OpenSees Challenge 2012


exercise material: Examples.tar.gz