1607 43 19652 3 79978 document 19652 Combined_Main_All_Areas.csv text/csv 30878c2ce6d0d7336ac93dff20227984 MD5 19674923751 2025-11-07 10:09:36 https://researchdata.bath.ac.uk/1607/1/Combined_Main_All_Areas.csv 1607 1 1 text/csv other This file contains the full set of samples, one per row, for the model with default parameters as described in the associated publication. The results for each sampled area size (5 to 100 m2) are included sequentially. en public cc_by

Combined_Main_All_Areas.csv

data 19653 2 79980 document 19653 Combined_Main_Yearly.csv text/csv dbce7399b617264f1846ced31b133647 MD5 11141557 2025-11-07 10:21:34 https://researchdata.bath.ac.uk/1607/2/Combined_Main_Yearly.csv 1607 2 2 text/csv other This file contains only the maximum sample for each year, for the model with default parameters. The results for each sampled area size (5 to 100 m2) are included sequentially. en public cc_by

Combined_Main_Yearly.csv

data 19654 3 79982 document 19654 Combined_Reduced_storage_All_Areas.csv text/csv d8177eab4efab0ad7dec55b780d55620 MD5 20995571192 2025-11-07 13:10:01 https://researchdata.bath.ac.uk/1607/3/Combined_Reduced_storage_All_Areas.csv 1607 3 3 text/csv other This file contains the full set of samples, one per row, for the model with reduced maximum storage loads as described in the associated publication. The results for each sampled area size (5 to 100 m2) are included sequentially. en public cc_by

Combined_Reduced_storage_All_Areas.csv

data 19655 2 79984 document 19655 Combined_Reduced_storage_Yearly.csv text/csv 13790f15c9304a41b79e1f8d9b27177a MD5 11912629 2025-11-07 13:12:41 https://researchdata.bath.ac.uk/1607/4/Combined_Reduced_storage_Yearly.csv 1607 4 4 text/csv other This file contains only the maximum sample for each year, for the model with reduced maximum storage loads. The results for each sampled area size (5 to 100 m2) are included sequentially. en public cc_by

Combined_Reduced_storage_Yearly.csv

data archive 11671 disk0/00/00/16/07 2026-05-22 07:43:30 2026-05-29 15:09:24 2026-05-22 07:43:30 data_collection show Hawkins Will wh604@bath.ac.uk 0000-0003-4918-7665 University of Bath TRUE Hossell Shane smh95@bath.ac.uk University of Bath FALSE Morris Grace gap37@bath.ac.uk 0000-0001-5858-6508 University of Bath FALSE Kjeldsen Thomas Rodding trk23@bath.ac.uk 0000-0001-9423-5203 University of Bath FALSE Orr John J.J.Orr@bath.ac.uk 0000-0003-2687-6353 University of Bath; University of Cambridge FALSE Watson David AKTII FALSE CP0120 dept_civ_eng Structural Engineering, Building reuse, Buildings, Imposed loads This dataset is the complete output from the office imposed floor loading simulations detailed in the paper "Stochastic modelling of imposed floor loads in modern office buildings". The model samples randomly located areas across an office floor plan, and includes both the sustained loading from furniture and intermittent loading from occupants. The sustained loading is constant (across the full floorplan) between simulated changes of occupancy, which occur once every six year on average. The intermittent loading depends on the randomly sampled daily occupancy scenario, which determines the probability distributions for the area per occupant and maximum occupant number per sampled area. Each day, five samples are taken at random locations for each sample area size, ranging from 5m2 to 100m2 in 5m2 intervals (100 samples per day in total). The model is run for 30x50 year periods, or 547,500 days, creating 54,750,000 samples in total. The CSV file titled 'Combined_Main_All_Areas' contains the full dataset with default parameters, with each row representing one sample and containing data relating to the: - Location of the sample - Room type - Occupancy scenario - Sampled number of occupants - Sustained loading - Partition loading - Total loading (pascals) An additional CSV file titled 'Combined_Main_Yearly.csv contains only the maximum sampled load each year, for a given sample area. For both files, the results for each sampled area from 5 to 100m2 are included sequentially. Two similar files with an identical format exist for the 'Reduced_Storage' scenario, where the pressure of tall storage furniture items is limited (as described in the accompanying publication). 2026-05-22 University of Bath public The dataset contains output from a simulation of the weights on the floor of office buildings, including furniture, stored items and people. The model is based on drawings of modern office layouts, and simulates changes of both furniture and people over time. A large number of samples are taken (100 each day), and the model is run over 1500 years to capture unusual loading events. RightsHolder University of Bath AKT II AKTII/British Land loadings study (contract research) cent_renew The methodology can be found in the associated paper. en 1 10.15125/BATH-01607 https://doi.org/10.1016/j.istruc.2026.112166 pub open