A dataset of reinforced concrete frame response under ground motions based on OpenSees simulations

Earthquake is one of the most harmful disasters to human beings among natural disasters. However, it is very difficult to accurately obtain data on the collapse response of house buildings under seismic actions, despite countless earthquake disasters occurring worldwide. In this regard, studying the seismic response analyses of reinforced concrete frames under earthquake actions is particularly important. This work presents simulation data of time-history analyses of reinforced concrete frames with different numbers of stories under seismic actions based on OpenSees finite element analysis software. To this end, the finite element analyses of the typical four-, six-, and eight-story ductile reinforced concrete frames under different seismic actions were performed to obtain a seismic response dataset. The input variables for the dataset include reinforced concrete frame design parameters and ground motion parameters, and the output variables are engineering demand parameters.