method was devised to guide public or private companies retrofitting social housing. This method will support the decision making process when choosing the most appropriate solution from a user’ s disruption perspective.
In the retrofit context, 4D modelling should be increasingly used by contractors and subcontractors to make collaborative decisions concerning occupiers and neighbour’ s disruption. As different scenarios considering a wide range of factors affecting tenants( i. e. noise, pollution) will be simulated, it is expected that reduced disruption is achieved.
Acknowledgments
The authors would like to thank Innovate UK, CAPES / Brazil and CNPq / Brazil for the financial support received. In addition, they would like to thank the wider S-IMPLER project team for their direct contributions in this investigation.
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