This application explores the effects of different building parameters and ground motions on the time history response of a building.
| Release Date |
|---|
| V1.1 Jan 2018 |
| V1.0 Sep 2017 |
This application provides a dynamic interface to study the behavior of a pile or pile-group in layered soil; interactively (and nearly instantly) observe the system's response to changes.
| Release Date |
|---|
| V2.1 Nov 2018 |
| V2.0 Aug 2018 |
| V1.0 Sep 2017 |
This application allows the user to compare the responses of buildings subjected to earthquake and wind loading.
| Release Date |
|---|
| V1.0 June 2018 |
This application is intended to inform users on how braced frames can be modeled when performing numerical simulations of the entire building.
| Release Date |
|---|
| V1.0 Sep 2018 |
The is the acronym for Shear Wall Intelligent Modeling. The word "Intelligent" indicates this application is AI-enabled. Shear walls are commonly used lateral resisting systems in buildings. During large events, particularly seismic events, the buildings may experience shear failure of these walls.
| Release Date |
|---|
| V1.0 Sep 2019 |
This tool focuses on simulating wave propagation through a soil column using the finite element (FE) method.
| Release Date |
|---|
| V1.0 Sep 2019 |
This tool examines a one-dimensional layered soil profile by comparing the output (surface) motion induced by a given input (bedrock) motion through the transfer function principle.
| Release Date |
|---|
| V1.0 Sep 2020 |
To prepare researchers for advanced Computational Fluid Dynamics (CFD) applications, CFD Notebooks introduces the topic through a series of interactive Jupyter notebooks hosted on DesignSafe.
| Release Date |
|---|
| V1.0 Oct 2020 |