OpenSees is a software framework for developing applications to simulate the performance of structural and geotechnical systems subjected to earthquakes. A number of OpenSees applications are released on this website. Here is a short video. The goal of the OpenSees development is to improve the modeling and computational simulation in earthquake engineering through open-source development. OpenSees is under continual development, so users and developers should expect changes and updates on a regular basis. In this sense, all users are developers so it is important to register. More information on Open Source is available. The development of OpenSees is sponsored by the Pacific Earthquake Engineering Research Center

References in zbMATH (referenced in 10 articles )

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  1. Liu, Xiao-Xiao; Wang, Yuansheng: A novel seismic risk analysis method for structures with both random and convex set mixed variables: case study of a RC bridge (2019)
  2. Liu, Xiao-Xiao; Wang, Yuan-Sheng: A new formulation on seismic risk assessment for reinforced concrete structures with both random and bounded uncertainties (2018)
  3. AlHamaydeh M., Najib M., Alawnah S.: INSPECT: A graphical user interface software package for IDARC-2D (2016) not zbMATH
  4. Peng, Weibing; Pan, Ruodan; Dai, Fei: Theoretic framework and finite element implementation on progressive collapse simulation of masonry arch bridge (2015)
  5. Gu, Quan; Yu, Chengyi; Lin, Peihui; Ling, Xianzhang; Tang, Liang; Huang, Surong: Performance assessment of a concrete gravity dam at Shenwo reservoir of China using deterministic and probabilistic methods (2014)
  6. Motaghian, Seyedemad; Mofid, Massood; Akin, John E.: On the free vibration response of rectangular plates, partially supported on elastic foundation (2012)
  7. Gao, Yichao; Jin, Feng; Wang, Xiang; Wang, Jinting: Finite element analysis of dam-reservoir interaction using high-order doubly asymptotic open boundary (2011)
  8. Kim, Hyun-Su; Kim, Jinkoo; An, Da-Woon: Development of integrated system for progressive collapse analysis of building structures considering dynamic effects (2009)
  9. Shahir, H.; Pak, A.: Numerical investigation of the effects of soil densification on the reduction of liquefaction-induced settlement of shallow foundations (2009)
  10. Yaw, L. L.; Sukumar, N.; Kunnath, S. K.: Meshfree co-rotational formulation for two-dimensional continua (2009)