👉What is OpsSection?
OpsSection is a package for creating openseespy fiber section objects in Python. Using this package, different types of the most used steel, concrete, and composite fiber sections can be easily created and used in openseespy models.
The sections that can be created with this package are as follows:
Steel Sections:
I/W, Tube, Pipe, Angle, Double Angle, Channel, Double Channel (Face-to-Face), Double Channel (Back-to-Back)
RC Sections:
Rectangular Beam, Rectangular Column, Circular Column
Other Sections:
Composite, Rectangular, Semi Circular, RC Semi Circular 👉Developer:
Oktai Alizade Arasi
Master of Science in Structural Engineering
👉Installing OpsSection
pip install opssection
OpsSection is a package for creating openseespy fiber section objects in Python. Using this package, different types of the most used steel, concrete, and composite fiber sections can be easily created and used in openseespy models.
The sections that can be created with this package are as follows:
Steel Sections:
I/W, Tube, Pipe, Angle, Double Angle, Channel, Double Channel (Face-to-Face), Double Channel (Back-to-Back)
RC Sections:
Rectangular Beam, Rectangular Column, Circular Column
Other Sections:
Composite, Rectangular, Semi Circular, RC Semi Circular 👉Developer:
Oktai Alizade Arasi
Master of Science in Structural Engineering
👉Installing OpsSection
pip install opssection
SAC_OPy_V2.rar
3.9 MB
Openseespy Models of 3, 9, and 20 Story Steel Moment Frames (SAC projects) Version 2.0
Modifications in this version:
- Using rigid links and lean columns to consider P-Delta effects properly.
Modifications in this version:
- Using rigid links and lean columns to consider P-Delta effects properly.
- Gravity analysis
- Rayleigh analysis
- Nonlinear Time History Analysis
- Pushover Analysis (with 2 lateral loading patterns: Uniform and equivalent lateral force)
- A function to create a beam with simple(pinned) connections at its ends using zerolength elements
- A function to visualize some analysis outputs
- An option to add TMD to the structure (for 9 and 20-story models)
- …
- Rayleigh analysis
- Nonlinear Time History Analysis
- Pushover Analysis (with 2 lateral loading patterns: Uniform and equivalent lateral force)
- A function to create a beam with simple(pinned) connections at its ends using zerolength elements
- A function to visualize some analysis outputs
- An option to add TMD to the structure (for 9 and 20-story models)
- …