The analysis of research results concerning heat release rates of ship materials with regard to dynamic parameters of the research station

Blume D., Getka R.: Rate of heat release test - calibration, sensitivity and time constants of ISO RHR apparatus. NORDTEST PROJECT 115-77, PART 1. National Institute for Testing Materials, Statsproveanstalten 1979Search in Google Scholar

Evans D. D., Breden L. H.: Time delay correction for heat release rate data. Technology 14 85, 197810.1007/BF02308904Search in Google Scholar

Sychta K.: Comparison analysis of heat release rates from ship materials, and a method for improving measurement accuracy (in Polish). Ph.D. Thesis. Szczecin University of Technology, Faculty of Maritime Technology, Szczecin, October 10, 2006Search in Google Scholar

Hagel R., Zakrzewski J.: Dynamic measurements (in Polish). WNT Warszawa 1984Search in Google Scholar

Quantification problems of fire-safety level of marine object. Polish Academy of Sciences, Branch in Gdańsk, Marine Technology Transactions. Vol. 16, 2005Search in Google Scholar

International Code for Application of Fire Test Procedures. International Maritime Organization. London 1998Search in Google Scholar

ISO 5660 Fire tests - Reaction to fire - Rate of heat release rate from building products (Cone calorimeter method)Search in Google Scholar

Lyon R. E.: Effect of instrument response time on heat release rate measurement. Fire an materials. vol. 19, 11-17 (1995)Search in Google Scholar

Vandevelde P.: An evaluation of heat release criteria in reaction-to-fire test. Fire an materials. vol. 4, no. 3. 198010.1002/fam.810040309Search in Google Scholar