Data for Room Fire Model Comparisons

Area of Science:

• Fire Science and Engineering
• Building Safety Research

Background:

• Advancements in fire growth and spread modeling necessitate robust experimental data analysis.
• Real-scale fire experiments provide critical validation data for predictive models.

Purpose of the Study:

• To present analytical methods for large-scale room fire test data.
• To prepare experimental data for comparison with zone-based fire models.
• To detail experimental data sets for testing two-zone fire model limits.

Main Methods:

• Analysis of large-scale room fire test data.
• Standardization of nomenclature for building geometry and measured quantities.
• Inclusion of ancillary data, such as smaller-scale test results.

Main Results:

• Five experimental data sets are detailed for testing two-zone fire models.
• Data ranges from single room tests to multi-story hotel scenarios.
• Computer-readable data facilitates direct comparison with model predictions.

Conclusions:

• The presented analyses and data facilitate the validation of zone-based fire models.
• Standardized data facilitates inter-comparisons between experiments and model predictions.
• The research supports improved accuracy in predicting building fire dynamics.