CBeamXP: Continuous Beam Cross-Section Predictors
CBeamXP: Continuous Beam Cross-section Predictors dataset
The CBeamXP (Continuous Beam Cross-section (X) Predictors) is a dataset containing 1,000,000 data-points to be used for machine learning research. Each data-point represents an Ultimate Limit State (ULS) compliant beam from a continuous system consisting out of 11 members with utilisation ratios between 0.97 to 1.00. The predictors include span and uniformly distributed loads (UDLs) which can be used to predict the cross-sectional properties of each beam contained within the dataset. This dataset is publicly available on a CC-BY-4.0 licence and was used within the Gallet et al. (2024) journal article "Machine learning for structural design models of continuous beam systems via influence zones" (doi.org/10.1088/1361-6420/ad3334). Publications making use of the CBeamXP dataset are requested to cite the aforementioned journal article.
In addition to the dataset, a training script, environment YAML file and a collection of saved models developed in the Gallet et al. (2024) study are available. These can be used to quickly generate user defined neural networks, compare performances and verify the results achieved by the Gallet et al. (2024) investigation.
There are 5 files in this directory:
- CBeamXP_dataset.csv
- Gallet_2024_training_script.py
- Gallet_2024_environment.yml
- README.txt
- saved_models.zip
Click "Download all" (button at the top) to download the files and and look at the README.txt file for further details on the dataset and how to use the training script.
Funding
Engineering Physical Sciences Research Council’s (EPSRC) Doctoral Training Studentship
History
Ethics
- There is no personal data or any that requires ethical approval
Policy
- The data complies with the institution and funders' policies on access and sharing
Sharing and access restrictions
- The uploaded data can be shared openly
Data description
- The file formats are open or commonly used
Methodology, headings and units
- Headings and units are explained in the files
- There is a file including methodology, headings and units, such as a readme.txt
Usage metrics
Categories
- Deep learning
- Neural networks
- Structural engineering
- Data visualisation and computational (incl. parametric and generative) design
- Data mining and knowledge discovery
- Data engineering and data science
- Design practice and methods
- Optimisation
- Models and simulations of design
- Modelling and simulation
- Building information modelling and management
- Theoretical and applied mechanics
- Building science, technologies and systems
- Complex systems
- Satisfiability and optimisation
- Artificial intelligence not elsewhere classified
- Applied computing not elsewhere classified
- Machine learning not elsewhere classified
- Mathematical physics not elsewhere classified
- Civil engineering not elsewhere classified
- Mechanical engineering not elsewhere classified
- Data management and data science not elsewhere classified
- Design not elsewhere classified
- Building not elsewhere classified
- Numerical and computational mathematics not elsewhere classified
- Applied mathematics not elsewhere classified
- Other built environment and design not elsewhere classified
- Other engineering not elsewhere classified