Simulation of Post-Fire Seismic Response of Planar Reinforced Concrete Walls

This dataset contains simulations of the post-fire earthquake response of flexure-controlled planar reinforced concrete walls. The dataset is intended to provide a resource for future experimental/simulation studies on the post-fire seismic performance of reinforced concrete elements and may also be useful in developing simplified design and evaluation tools. The dataset consists of twenty-one unique walls, with design characteristics including wall thickness, reinforcement ratio, cross-sectional aspect ratio, boundary element length, and axial load ratio. Each wall was subjected to a series of fire durations and configurations prior to application of a reverse-cyclic loading history to simulate seismic demands. Temperatures from heat transfer analysis in SAFIR were used to identify residual material properties for OpenSees seismic analysis. OpenSees analysis used force-based beam column elements with fiber cross-section. This dataset provides input and output files for both the SAFIR and OpenSees models. Details of the walls and organization of files within this project are described in Overview of Dataset.pdf.