Advanced Webinars

Intro to STKO and OpenSees workflow, from preprocessing to postprocessing in DesignSafe-CI.

Nonlinear modeling of RC frames and shear walls in STKO and OpenSees.

Modelado no lineal de pórticos y muros de hormigón armado con STKO y OpenSees.

Learn masonry micro-modeling with nonlinear materials for bricks and mortar joints.

Nonlinear RC frame modeling with distributed plasticity beam-column elements.

Reply webinar on distributed plasticity modeling of RC frames and shear wall structures.

Nonlinear RC frame modeling using lumped plasticity in OpenSees and STKO.

Soil-structure interaction modeling with surfaces, solids, contact, and absorbing boundaries.

Modeling out-of-plane masonry failure with micro-models and equivalent approaches.

Nonlinear analysis of existing RC buildings, including automatic joint modeling tools.

Model RC infilled frames and remove infills progressively as damage evolves.

Introduction to base isolation modeling with bearing and friction pendulum elements.

Understand common OpenSees and STKO errors, convergence issues, and practical fixes.

Master links, couplings, contact pairs, and node-element interactions in STKO.

Learn how to perform construction stage analyses using STKO and OpenSees.

How to run eigenvalue and response spectrum analyses in STKO and OpenSees.

Set up nonlinear time-history and explicit dynamic analyses with STKO and OpenSees.

Model and calibrate seismic isolation systems using friction pendulum devices.

Use the Python API to parametrize models and run OpenSees parametric analyses.

Model soil-pile interaction and parametrize it with STKO’s Python API.

Presenting a new element to embed rebars or nodes into surfaces and solid domains.

Applied examples of the Implicit-Explicit Contact Element for RC and soil-foundation models.

Build dynamic SSI models with contact elements and ASDAbsorbingBoundary.

Q&A session with Dr. Massimo Petracca on STKO, OpenSees, and modeling questions.

Open discussion on OpenSees, STKO, structural modeling, and engineering topics.

Learn how to contribute to STKO’s open-source external solver library on GitHub.

Explore strain localization and fracture-energy regularization in nonlinear modeling.

Theory and use of the Domain Reduction Method for high-fidelity seismic analysis.

Discover ASDConcrete3D for concrete and masonry-like materials under cyclic loading.

Model adobe shear walls under cyclic actions using the new ASDConcrete3D material.

Modelación no lineal de muros de adobe con STKO-OpenSees y material ASDConcrete3D.