The principal impact of the EXFires project will be the production of a complete and unique set of data that enables the development of forecasting tools for a holistic fire safety design for future space missions. As the focus is on longer, human flights, input data for model development will be generated through studies of the flammability of materials in enhanced oxygen environments in microgravity and partial gravity. This will be facilitated through a series of ground-based microgravity, partial gravity and normal-gravity experiments that will maximise the return of scheduled ESA/NASA flight experiments, and experiments conducted in the facilities of European National Space agencies (CNES & ZARM).
The principal impact of the EXFires project will be the production of a complete and unique set of data that enables the development of forecasting tools for a holistic fire safety design for future space missions. As the focus is on longer, human flights, input data for model development will be generated through studies of the flammability of materials in enhanced oxygen environments in microgravity and partial gravity. This will be facilitated through a series of ground-based microgravity, partial gravity and normal-gravity experiments that will maximise the return of scheduled ESA/NASA flight experiments, and experiments conducted in the facilities of European National Space agencies (CNES & ZARM).