Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Results
Abstract The cyber physical system test bed created for fire safety provides insight for its feasibility for future fire fighting strategies. The data collected during the fire tests can be used for future inverse model development and validation. The visualization exploration examines current fire safety needs and BIM capabilities. This cyber physical system test bed framework is tested using the approach outlined in the previous section. The observations and results of the fire tests conducted are presented in this section. Data from fire tests in the MFRI Structural Fire Fighting Building using laboratory sensors and Siemens commercial sensors are evaluated using simple fire dynamic principles. Using guidance from previous research the fire state is visualized in BIM and through a timeline format presented in this section.
Results
Abstract The cyber physical system test bed created for fire safety provides insight for its feasibility for future fire fighting strategies. The data collected during the fire tests can be used for future inverse model development and validation. The visualization exploration examines current fire safety needs and BIM capabilities. This cyber physical system test bed framework is tested using the approach outlined in the previous section. The observations and results of the fire tests conducted are presented in this section. Data from fire tests in the MFRI Structural Fire Fighting Building using laboratory sensors and Siemens commercial sensors are evaluated using simple fire dynamic principles. Using guidance from previous research the fire state is visualized in BIM and through a timeline format presented in this section.
Results
Wills, Rosalie Faith (Autor:in) / Marshall, André (Autor:in)
01.01.2016
19 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
Springer Verlag | 2013
|Online Contents | 2008
Online Contents | 1995
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Wiley | 2012
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