Automation in Construction

Dataset to accompany “Process to Automate the Creation of Building Information Models for Existing Buildings” by Brandon Bortoluzzi, Ivan Efremov, Clarice Medina, Daniel Sobieraj, and J.J. McArthur The enclosed files are provided to permit the creation of two sample buildings. These include the automated Revit model for each building as well as the finished version for the complex building (which has multiple wall and window types assigned), the input CAD files, custom families used in the final models, and the Dynamo scripts used in Automation. The following procedure, outlined in the article, is listed in a step-by-step format below. Some comments regarding potential modeling shortcuts based on our team experience have been noted in italics, which are consistent with the article process but provide further detail on modeling processes. An IFC file for each building has also been provided for visual reference, however these do not contain the custom parameters.

The database includes the data used in this paper.

The dataset consists of 1,431 UAV-acquired construction site images and 8,601 captions describing the regions of the images. It contains five types of text information on construction resources, as well as their identification and position information.

Data (trench) include XYZ- coordinate (column 1-3) and intensity information (column 4)

Here is the 4M1E system data obtained at the site, which is used as the measured value to support the calculation results, in the Discussion section, line 591-615 of this paper. Data for 8 days from October to November 2018 were randomly selected, and the risk level was calculated according to these data. The results were consistent with the actual situation, so as to prove the validity and applicability of the undersea tunnel construction risk evaluation system.

Optimization Models built in order to show the flexibility of the mathematical model.

This repository provides the Dynmo scripts for the parametric LCA tool for buildings described in the paper "Evaluation of BIM-based LCA results along the design process of a real building – Can it trigger sustainable design?"

Dataset of 10 videos of interacting pairs of excavators and dump trucks performing earthmoving operations, accompanied with annotations for training and evaluation of algorithms for object detection, object tracking and activity analysis.

This data set contains the exchange requirement to create the BACnet MVD, final IfcDoc file, and BACnet-MVD Documentation in HTML. The BACnet_MVD_Final.ifcd file contains full sets of entity and concept usage, custom-made concept templates, and property sets. To open this file, download IfcDoc tool at http://www.buildingsmart-tech.org/specifications/specificationtools/ifcdoc-tool/ifcdoc-download-page. The ER-BACnet MVD.xlsx lists information units, functional parts, import/export requirement and mapped concepts. The BACnet-MVD Documentation zip file demonstrates a sample HTML version of the BACnet MVD.

This work is concerned with discrete solar tracking investigation against typical single-axis solar tracking procedure. The data presented in this article is for a site in Irbid, Jordan and includes Typical Meteorological Year (TMY) solar parThis work is concerned with discrete solar tracking investigation against typical single-axis solar tracking procedure. The data presented in this article is for a site in Irbid, Jordan and includes Typical Meteorological Year (TMY) solar parameters, discrete solar tracking optimum tracking angles and radiation values, and continuous single-axis tracking radiation values. A description of the experimental design is provided along with the components and schematics of the experimental setup.ameters, discrete solar tracking optimum tracking angles and radiation values, and continuous single-axis tracking radiation values. A description of the experimental design is provided along with the components and schematics of the experimental setup.