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csfp@ilovefirephysics.com
application and testing of own intervention variants in a thermally/physically real fire environment.
the logic of in 3D spreading massive fires together with fire fighting limitations in deep multi-storey basement system of a modern high-rise wooden building.
realised in a complex two level basement-like fire building in solid construction.
realised in a complex two level basement-like fire building in solid constructio
Thermal ventilation/reaction phenomena, escalation events and effects — 1:1
local geometric & material-related fire dynamics in basement-like solid building structures under linear and asymmetric ventilation conditions — basics about the development and the acting processes of thermal phenomena and the mode of action and application of extinguishing agents during intervention in a controlled and safe thermally/physically real fire environment.
realised in a complex earth level basement-like fire building in solid construction
Thermal ventilation / reaction mechanism and interaction effects and trigger induced escalation events - level 2
extensive thermal, geometric & material-related fire dynamics in solid building structures and their propagation logic in activatable building structures under linear and asymmetric ventilation conditions - application and testing of own intervention variants in a thermally/physically real fire environment.
realised in a complex earth level basement-like fire building in solid construction
GEOMETRY and UNDER VENTILATION goes BOOM
local thermal, geometric & ventilation-related fire dynamics and forcing factors in building structures with active reactions under linear ventilation conditions - application and testing of own intervention variants in a thermally/physically escalating fire environment.
executed in a CSFP-modified RDA or HRDA.
Thermal ventilation & reaction phenomena level 2
local thermal, geometric & ventilation-related fire dynamics in elongated building structures with active reactions under linear and asymmetric ventilation conditions
- application and testing of own intervention variants in thermally/physically real fire environments.
executed in a multi-storey CSFP modified open container fire system.
executed in a multi-storey CSFP modified open fire system.