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Accuracy of Finite Difference Methods in Recirculating Flows A Numerical Model for the Prediction of Radiation-Controlled Turbulent Wall Fires A numerical solution for the surface temperature rise history of a material including surface reradiation losses An Improved Version of the k-e-g Model of Turbulence and its Application to Axisymmetric to Forced and Buoyant Jets A laboratory-scale test method for the measurement of flammability parameters An Integral Model of Turbulent Fire Plumes A Laboratory-Scale Test Method for the Measurement of Flammability Parameters Air entrainment into buoyant jet flames and pool fires. Burning and upward flame spread on vertical material surfaces An outline of a comprehensive simulation model andsimplified correlations. A Fire Products Collector for Calorimetry into the MW Range
Accuracy of Finite Difference Methods in Recirculating Flows A Numerical Model for the Prediction of Radiation-Controlled Turbulent Wall Fires A numerical solution for the surface temperature rise history of a material including surface reradiation losses An Improved Version of the k-e-g Model of Turbulence and its Application to Axisymmetric to Forced and Buoyant Jets A laboratory-scale test method for the measurement of flammability parameters An Integral Model of Turbulent Fire Plumes A Laboratory-Scale Test Method for the Measurement of Flammability Parameters Air entrainment into buoyant jet flames and pool fires. Burning and upward flame spread on vertical material surfaces An outline of a comprehensive simulation model andsimplified correlations. A Fire Products Collector for Calorimetry into the MW Range