Official
#C02
Shell and Solid Models with Embedded Rebars This class examines the Damage TC3D Plastic Damage Model developed by Dr. Petracca himself. This class demonstrates how to use the DamageTC3D Plastic-Damage model for 3D Solid modeling of RC shear walls. You will also learn how to model rebars and stirrups with beam elements, and how to "embed" them into the concrete solid domain. Finally, Dr. Petracca will demonstrate how to analyze the model under both monotonic and cyclic loads. The files relevant for this class are contained in the first class's file.
Course Reference Material: Webinar DAMAGE TC3D: Plastic Damage Model. Petracca, Massimo, et al. "Micro-scale continuous and discrete numerical models for nonlinear analysis of masonry shear walls." Construction and Building Materials 149 (2017): 296-314. Read on Research Gate
Shell and Solid Models with Embedded Rebars
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
#C03
Truss Model
#C04
MVLEM and SFI-MVLEM
#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
#C03
Truss Model
#C04
MVLEM and SFI-MVLEM
#C05