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APPENDIX 1 : SMARTFIRE VERIFICATION AND VALIDATION REPORTµ t / µFigure 24 - Published [3] turbulent viscosity scaled with the laminarviscosity at y/H = 0.5.µ t /µ504540353025201510500 0.2 0.4 0.6 0.8 1Figure 25 – SMARTFIRE predicted turbulent viscosity scaled with the laminarviscosity at y/H = 0.5.x/LAppendix 11.1 Page 141-22 22
APPENDIX 1 : SMARTFIRE VERIFICATION AND VALIDATION REPORT3 Fire Validation Cases3.1 Steckler Room FireSteckler et al [7] carried out a series of fire experiments within a compartment to investigatefire induced flows. The experimental data obtained from these fire tests have been used aspart of the validation process for fire models both zone and field. The data represents nonspreadingfires in small compartments. A series of 45 experiments were conducted bySteckler et al. to investigate fire induced flows in a compartment measuring 2.8m × 2.8m inplane and 2.18m in height (see Figure 26). The walls and ceiling were 0.1m thick and theywere covered with a ceramic fibre insulation board to establish near steady state conditionswithin 30 minutes. The series of experiments consisted of a gas burner placedsystematically in 8 different floor locations with a variety of single compartment openingsranging from small windows to wide doors. The door openings are 0.24m to 0.99m. The0.3m diameter burner was supplied with commercial grade methane at fixed rates producingconstant fire strengths of 31.6, 62.9, 105.3 and 158 kW.Figure 26 - Configuration of Steckler roomAppendix 11.1 Page 141-23 23
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PhD Thesis by John Ewer.analysis or
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PhD Thesis by John Ewer.computation
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PhD Thesis by John Ewer.that consti
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PhD Thesis by John Ewer.1.3.2.5 Val
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PhD Thesis by John Ewer.1.4.3 Inves
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PhD Thesis by John Ewer.A more ambi
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PhD Thesis by John Ewer.2 Backgroun
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PhD Thesis by John Ewer.The figure
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PhD Thesis by John Ewer.GUI system.
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2.4.1 Develop a new CFD engine from
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PhD Thesis by John Ewer.take consid
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PhD Thesis by John Ewer.the CFD dev
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PhD Thesis by John Ewer.nature of t
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PhD Thesis by John Ewer.availabilit
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PhD Thesis by John Ewer.operating s
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PhD Thesis by John Ewer.design. Any
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PhD Thesis by John Ewer.subsequent
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PhD Thesis by John Ewer.3.4.4 Use a
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PhD Thesis by John Ewer.3.4.9 Integ
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PhD Thesis by John Ewer.before the
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PhD Thesis by John Ewer.at the time
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PhD Thesis by John Ewer.3.6.2 Data
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PhD Thesis by John Ewer.3.6.3 Struc
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PhD Thesis by John Ewer.SUBROUTINE
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PhD Thesis by John Ewer.(1:DIMENSIO
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PhD Thesis by John Ewer.regression
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PhD Thesis by John Ewer.some instan
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PhD Thesis by John Ewer.3.7.3 Stage
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PhD Thesis by John Ewer.sometimes r
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PhD Thesis by John Ewer.limitations
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PhD Thesis by John Ewer.This corres
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PhD Thesis by John Ewer.3.7.8 Stage
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PhD Thesis by John Ewer.implementat
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PhD Thesis by John Ewer.- The legac
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PhD Thesis by John Ewer.4 Developme
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PhD Thesis by John Ewer.these benef
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PhD Thesis by John Ewer.4.2.2 HCI d
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PhD Thesis by John Ewer.4.2.3.3 Vis
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PhD Thesis by John Ewer.4.2.3.7 Cho
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PhD Thesis by John Ewer.4.3.4 Addit
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PhD Thesis by John Ewer.is a middle
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PhD Thesis by John Ewer.can be dete
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PhD Thesis by John Ewer.The validat
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PhD Thesis by John Ewer.temperature
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PhD Thesis by John Ewer.6 Research
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PhD Thesis by John Ewer.satisfactor
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PhD Thesis by John Ewer.to attempt
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PhD Thesis by John Ewer.have been k
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PhD Thesis by John Ewer.7 Prelimina
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PhD Thesis by John Ewer.The main pu
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PhD Thesis by John Ewer.The impleme
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PhD Thesis by John Ewer.Using the g
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PhD Thesis by John Ewer.fire spread
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APPENDIX 3 : Conference Paper "The
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APPENDIX 3 : Conference Paper "The
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ACKNOWLEDGEMENTSAPPENDIX 3 : Confer
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PhD Thesis by John Ewer.11.4 SMARTF
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APPENDIX 4 : SMARTFIRE TECHNICAL RE
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PhD Thesis by John Ewer.11.5 DATA D
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APPENDIX 5 : DATA DICTIONARY FOR GE
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==> The mid point of the face.Point
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PhD Thesis by John Ewer.11.6 SMARTF
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APPENDIX 6 : SMARTFIRE CONTROL ARCH
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