Web Application for Visualization of LEAP-2022 Centrifuge Data and their Comparisons with User-Generated Numerical Simulations

This project provides a web application created using a Python-based code to visualize the results of centrifuge tests conducted as part of LEAP-GWU-2022 (See the link to the data in Related Data and Software). The web application prompts the user to select a participating university and one of the centrifuge tests conducted at that university. Then, the application displays time histories of accelerations, dynamic excess pore water pressure and/or earth pressure on the wall, lateral displacement of the sheet-pile wall at ground surface and settlements at predefined locations. In addition, the web application displays figures of deformed shape of the sheet pile wall and the available CPT data for each centrifuge test. Users can also add their numerical simulations of the same test and display comparisons of experimental versus numerically simulated accelerations, pore water pressures, lateral displacement of the sheet pile wall at ground surface and backfill settlements at predefined locations. The web application also provides the option of creating a PDF file that includes all the generated figures.