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#A10

Nonlinear Analysis of an existing RC building including RC joint modeling

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

#A11

Structural Modeling

Infill-RC Frame Interaction with Element Removal

#A12

Dynamics & Seismic Analysis

Seismic Isolation

#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 an existing RC frame structure with OpenSees and STKO. Learn to model all the typical components found in an RC structure. Learn how to:Create a frame model in the STKO CAD environment Define interactions and assign local axes Use the HingedBeam element to create axial releases to avoid unrealistic compressive stresses in beams with rigid diaphragms Create a beam-column joint with the Scissor Model, using the automatic RC Joint tool in STKO Run a displacement control analysis with both sequential and parallel OpenSees versions

Structural Modeling

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