top of page

#A12

Seismic Isolation

More Advanced Webinars

#A01

Updates & Community

Introduction to STKO OpenSees

#A02

Structural Modeling

Modelling a Reinforced Concrete Frame Structure (English E-Learning)

#A03

Structural Modeling

Modelling a Reinforced Concrete Frame Structure (spanish E-Learning)

#A04

Masonry & Geotechnical

Masonry Micro-modeling

#A05

Structural Modeling

Nonlinear Modeling of RC Frames (Distributed Plasticity)

#A06

Structural Modeling

Nonlinear Modeling of RC (Frame + Shear Wall) Structure (Distributed Plasticity) - REPLY

#A07

Structural Modeling

Nonlinear Modeling of RC Frames (Lumped Plasticity)

#A08

Masonry & Geotechnical

SSI - Soil Structure Interaction

#A09

Masonry & Geotechnical

Modelling the Out-of-Plane Failure of Masonry Structures

#A10

Structural Modeling

Nonlinear Analysis of an existing RC building including RC joint modeling

#A11

Structural Modeling

Infill-RC Frame Interaction with Element Removal

#A13

Updates & Community

Common Errors and Convergence Issues in OpenSees and STKO: their meaning, and how to fix them

#A14

Structural Modeling

Links and Interactions between Nodes and Elements

#A15

Structural Modeling

Construction Stage Analysis

#A16

Dynamics & Seismic Analysis

Eigenvalue and Response Spectrum Analyses

#A17

Dynamics & Seismic Analysis

Nonlinear Time History Analysis

#A18

Dynamics & Seismic Analysis

Seismic Isolation using Friction Pendulums

#A19

Python & Advanced Tools

OpenSees Parametric Analyses using the Python API in STKO's Preprocessor

#A20

Masonry & Geotechnical

Soil-Pile Interaction - Modeling with STKO's Python API

#A21

Python & Advanced Tools

New Element Presentation- Embedding Rebars into Solid Domains

#A22

Masonry & Geotechnical

Implicit-Explicit Contact Element Applied Examples: soil-foundation interaction and RC structures

#A23

Masonry & Geotechnical

New Element Presentation - ASDAbsorbingBoundary

#A24

Updates & Community

Q&A with Dr. Massimo Petracca

#A25

Updates & Community

Roundtable Discussion

#A26

Python & Advanced Tools

The Open-Source External Solver Library in STKO: How to Contribute

#A27

Dynamics & Seismic Analysis

Understanding the Problem of Strain-localization and Fracture-energy Regularization

#A28

Dynamics & Seismic Analysis

High-fidelity Seismic Analysis with the Domain Reduction Method

#A29

Masonry & Geotechnical

ASDConcrete3D

#A30

Masonry & Geotechnical

Modeling an Adobe Wall Under Cyclic Actions using the New ASDConcrete3D Material

#A31

Masonry & Geotechnical

Modelación numérica no lineal de muros de adobe con STKO-OpenSees, uso del material ASDConcrete3D

  • E-Learning course on how to model and analyze base-isolated structures. We explain how the main Opensees Bearing Elements work, and show some practical examples using friction pendulum elements with the main friction models and elastomeric bearing. Learn:The basics of the main opensees bearing elements (Friction Pendulum, Elastomeric bearing) How to use the OpenSees friction models How to create a model of an isolated base structure

Dynamics & Seismic Analysis

bottom of page