A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fire Dynamics Simulator: Technical Reference Guide
;Contents: Introduction; Hydrodynamic Model; Combustion; Thermal Boundary Conditions; Sprinklers; Numerical Method; Conclusion; Nomenclature; References.
Fire Dynamics Simulator: Technical Reference Guide
;Contents: Introduction; Hydrodynamic Model; Combustion; Thermal Boundary Conditions; Sprinklers; Numerical Method; Conclusion; Nomenclature; References.
Fire Dynamics Simulator: Technical Reference Guide
K. B. McGrattan (author) / H. R. Baum (author) / R. G. Rehm (author) / A. Hamins (author) / G. P. Forney (author)
2000
40 pages
Report
No indication
English
Combustion & Ignition , Fluid Mechanics , Building Industry Technology , Combustion physics , Fires , Computational fluid dynamics , Thermodynamics , Plumes , Smoke , Scenarios , Boundary conditions , Heat transfer , Mass balance , Energy balance , Sprinklers , Momentum transfer , Mass transport , Hydrodynamics , Equations , Algorithms , Mathematical models , Fire research , Fire models , Zone models
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