GUI application for the selection and scaling of earthquake ground motions.

处理滞回曲线、提取骨架曲线的matlab程序

Propagación de ondas en suelos multicapa

Nonlinear time history analysis of MDOF systems

MATLAB code to generate some results on the paper (Kitayama & Yang, 2021).

Software to perform pushover analysis of circular reinforced concrete members

Code repository for "Robust adaptive model-based compensator for the real-time hybrid simulation benchmark"

MATLAB code to generate some results on the paper (Kitayama, Morales, Athanasiou, 2023).

MATLAB code to generate some results on the paper (Kitayama, & Cilsalar, 2022).

MATLAB codes for the book (in Farsi) " Structural Dynamics and Vibration Control"

Sparse Time-Frequency representation (Sparse STFT, and Sparse Stockwell transfrom)

Toolbox for Risk Assessment of RC Bridges

IIDAP is a standalone MATLAB-based software capable of performing a variety of dynamic analysis procedures ranging from simple response history analysis to response spectrum and incremental dynamic analyses on single degree-of-freedom systems (SDoF). IIDAP includes a wide-ranging library of SDoF system models ranging from simple non-deterioratin…

Retrieves and displays AASHTO 2023 Risk-Targeted Ground Motion Data from USGS

Contest solution for 2023中国华录杯数据湖算法大赛 - 地震预警站网记录波形降噪分析算法赛

This repository is associated with interpretable/explainable ML model for liquefaction potential assessment of gravelly soils. This model is developed using LightGBM and SHAP.

Toolbox for ground motion record selection and processing

Documentation for Hercules

This is the web repository of the Vulnerability Modeller's ToolKit (VMTK). The VMTK is a suite of tools to develop fragility and vulnerability models.

Hercules is an octree-based finite element earthquake simulator originally developed by the Quake Group at Carnegie Mellon. Hercules is used to solve large-scale earthquake wave propagation problems. For instructions on how to build, install and execute Hercules, please read the documentation below.