Probabilistic model for environmental impact of fire including sprinklers and gravity smoke vents interaction
Description
Dataset contains Python implementation of probabilistic model for environmental impact of fire emissions that incorporates mutual interference of sprinklers and gravity smoke vents. The model is implemented and described in the form of Jupyter Notebook files with objects (classes and functions) used to model emissions and then to convert (monetize) results to the form suitable for Life-Cycle Assessment and Cost-Benefit Analysis. Files are divided according to their purpose: assessment of environmental impact of interference between sprinklers and gravity smoke vents ("model_for_interference_assessment.ipynb") and assessment of environmental impact of sprinklers and smoke vents application ("model_for_application_assessment.ipynb"). Description of thermal model used for temperature calculations is attached with references to original works ("thermal_model.pdf"). Subsequent versions included critical comments from revision of the manuscript with model description. Version 1: only model for interference assessment. Version 2: model for systems application added with description of thermal model. Version 3: fire brigade limitations implemented in the model for systems application.