Official
#C04
MVLEM and SFI-MVLEM The fourth class included a special guest presentation by Prof. Kristijan Kolozvari, who developed the MVLEM and SFI_MVLEM models. He explained the differences between them, and give his insights during the presentation, which was followed by Dr. Petracca demonstrating an example model. The files relevant for this class are contained in the first class's file.
Course Reference Material: K. Kolozvari, K. Kalbasi, K. Orakcal & J. W. Wallace, “Three-dimensional model for nonlinear analysis of slender flanged reinforced concrete walls”, Engineering Structures, Volume 236, 1 June 2021, 112105. View on Github
MVLEM and SFI-MVLEM
Modeling RC Shear Walls in OpenSees and STKO
Modeling RC Shear Walls in OpenSees and STKO
This short course explain the essential steps for setting up simulations of RC Shear Walls. The course outlines various modeling approaches, including the use of beams, shells, and solid elements. Each session is specifically tailored to address a distinct methodology, ultimately culminating in a Round Table discussion and Q&A segment.
#C01
Layered-Shell Model with PlaneStressUserMaterial
#C02
Shell and Solid Models with Embedded Rebars
#C03
Truss Model
#C05
Round Table
Modeling RC Shear Walls in OpenSees and STKO
This short course explain the essential steps for setting up simulations of RC Shear Walls. The course outlines various modeling approaches, including the use of beams, shells, and solid elements. Each session is specifically tailored to address a distinct methodology, ultimately culminating in a Round Table discussion and Q&A segment.
#C01
Layered-Shell Model with PlaneStressUserMaterial
#C02
Shell and Solid Models with Embedded Rebars
#C03
Truss Model
#C05