Source codes to generate damage-augmented digital twins of buildings. The methodology is described in the article by Pantoja-Rosero et al.
This repository contains the codes for generating finite element models of masonry buildings. The methodology is described in the article by Pantoja-Rosero et al.
Implementation of the randomized Kaczmarz algorithm to integrate harmonic functions with sparse and conjugate symmetry properties.
This repository contains codes for creating geometrical digital twins for stone masonry walls presented by Pantoja-Rosero et al.
This repo contains the codes for computing geometrical digital twins as LOD3 models for buildings using a structure from motion and semantic segmentation presented by Pantoja-Rosero et al.
This repository contains the codes for crack detection using the topological loss function presented in Pantoja-Rosero et al.
Source codes containing the implementation of Spherical Cap Harmonics (SCH), Spherical Harmonics (SH), and Hemispherical Harmonics (HSH) developed by Shaqfa et al.
This repository contains the codes for computing crack kinematics using a binary mask representing a segmented crack developed by Pantoja-Rosero et al.
Source codes for web-based visualization of quasi-static cyclic tests on stone masonry walls.
This repo contains the source codes for segmenting cracks on DIC images presented in Rezaie et al.
Source codes for 3D modeling of unreinforced masonry buildings in OpenSees developed by Vanin et al. More info is available on this Wiki.
This repository holds the source code for the new optimization algorithm Pareto-like Sequential Sampling (PSS) developed by Shaqfa & Beyer.
This repository contains the source codes of the 2D typology generator for stone masonry elements developed by Zhang et al..