Welcome to SDynPy’s documentation!
SDynPy is a package for performing structural dynamic analyses using Python. It contains several objects that represent various structural dynamics data types (shapes, data, geometry, etc.) as well as various functions and methods to make working with these objects easy!
Check out the Usage section for further information on how to use the package, including how to install the package.
To quickly get running with SDynPy, check out the out the SDynpy Examples for an overview of recommended workflows and a summary of current functionality.
Information
Contents:
- Usage
- SDynPy Showcase
- Imports
- Creating a Simple Beam Model
- Geometry in SDynPy
- Systems in SDynPy
- Computing Modes of the System
- Computing a Modal System
- Data in SDynPy
- Integrating Equations of Motion to Produce Time Data
- Computing Frequency Response Functions
- Fitting Modes to Frequency Response Functions
- Comparing Modes
- Adding Another Beam
- Applying Constraints to the System
- Frequency-Based Substructuring
- SDynpy Examples
- Modal Tutorials
- SDynPy Programming Interface
- Bibliography