webinar

Advanced E-Learning Courses on OpenSees and STKO

CLICK HERE TO SEE LIST OF PREVIOUS WEBINARS


ASDEA Software offers free online training on how to use OpenSees and STKO. Each online class takes place monthly and focuses on a special topic on the use of OpenSees’ finite element code and STKO. At the end of each class, input files and class materials will be uploaded to our site. Learn more here.

Our Upcoming Advanced E-Learning Courses:

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Get Started in OpenSees with STKO

Modeling with OpenSees is complex. You need a good working knowledge of the concepts involved to be able to model with confidence. Based on the types of questions we often get on our user forum, on our facebook, and by email, we decided to start a new webinar series with the goal of providing users a solid knowledge base in the basics of OpenSees. Go from zero to modeling with our complete series. Access the course documents and recordings here.

Content in Chinese

Are you looking for content about STKO in Chinese? Do you struggle to access our materials on YouTube?
Check out the following channels, or scan the QR code to join the QQ group.
Watch some webinars given in Chinese by Zhang Ping, a PhD student at Hong Kong Polytechnic University on Bilibili.
You can also learn more about STKO on CSDN.

STKO QQ group



 

    Past Learn OpenSees Webinars:


  1. Introduction to STKO OpenSees
  2. Modelling a Reinforced Concrete Frame Structure (English E-Learning)
  3. Modelling a Reinforced Concrete Frame Structure (spanish E-Learning)
  4. Masonry Micro-modeling
  5. Nonlinear Modeling of RC Frames (Distributed Plasticity)
  6. Nonlinear Modeling of RC (Frame + Shear Wall) Structure (Distributed Plasticity)
  7. Nonlinear Modeling of RC Frames (Lumped Plasticity)
  8. SSI - Soil Structure Interaction
  9. Modelling the Out-of-Plane Failure of Masonry Structures
  10. Nonlinear Analysis of an existing RC building including RC joint modeling
  11. Infill-RC Frame Interaction with Element Removal
  12. Seismic Isolation
  13. Common Errors and Convergence Issues in OpenSees and STKO
  14. Links and Interactions between Nodes and Elements
  15. Construction Stage Analysis
  16. SnacTKO: What's new in version 1.1.5
  17. Eigenvalue and Response Spectrum Analyses
  18. Nonlinear Time History Analysis
  19. Seismic Isolation using Friction Pendulums
  20. Intro to STKO v2.0's Python API
  21. OpenSees Parametric Analyses using the Python API in STKO's Preprocessor
  22. Soil-Pile Interaction - Modeling with STKO's Python API
  23. New Element Presentation - Embedding Rebars into Solid Domains
  24. Implicit-Explicit Contact Element Applied Examples: soil-foundation interaction and RC structures
  25. New Element Presentation - ASDAbsorbingBoundary
  26. Roundtable Discussion
  27. Q&A with Dr. Massimo Petracca
  28. STKO v3.0.0 - See What's New
  29. The Open-Source External Solver Library in STKO: How to Contribute
  30. Understanding the Problem of Strain-localization and Fracture-energy Regularization
  31. High-fidelity Seismic Analysis with the Domain Reduction Method with Prof. Jose Abell
  32. ASDConcrete3D: A new 3D constitutive model for concrete and masonry like materials

    Modelling RC Shear Walls in OpenSees and STKO - Short Summer Course:


  1. Layered-Shell Model with PlaneStressUserMaterial
  2. Shell and Solid Models with Embedded Rebars
  3. Truss Model
  4. MVLEM and SFI-MVLEM
  5. Round Table

    Get Started in OpenSees with STKO:


  1. Introduction to OpenSees
  2. Introduction to STKO
  3. Model definition in STKO
  4. Geometries, Interactions, Selection Sets, and Local Axes
  5. Physical properties
  6. Element Properties
  7. Definitions and Conditions
  8. Mesh and Analysis
  9. AnalysesCommand (Part 1 and 2)
  10. Analyses Command (Part 3 and 4)
  11. Postprocessor, Visualizing Results
  12. Linear Static Analysis
  13. Material and Geometric Nonlinearities (RC Structures)
  14. Modeling Approaches to Plasticity (RC Structures)
  15. Nonlinear Static (Pushover) Analysis
  16. Nonlinear Dynamic (Time History) Analysis
  17. Modal Analysis and Response Spectrum
  18. 3D Frame Structures (Part 1)- RC: diaphragms, joints, infill panels
  19. 3D Frame Structures (Part 2) - Steel: bracings, large displacements
  20. 3D Frame Structures (Part 3) - Masonry: EFM of trilite and masonry walls

ADVANCED E-LEARNING COURSES
GET STARTED WEBINARS

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