Article Title,Year,Volume,Issue,Page Range,Author
Info-analytic technologies in the work of fire and rescue units using infrared technologies,2020,11,4,461-479,Nguyen
Fire scenario and structural behaviour in underground parking garages,2012,3,3,199-214,Bamonte
The practical application of structural fire engineering on a retail development in the uk,2010,1,4,205-218,Block
Structural response of steel high rise buildings to fire: system characteristics and failure mechanisms,2013,4,1,9-26,Gentili
A post-earthquake fire factor to improve the fire resistance of damaged ordinary reinforced concrete structures,2013,4,4,207-226,Ronagh
A study on the conservativeness of ISO standard fire in office buildings,2014,5,1,35-46,Bahr
An overview of optimising passive fire protection using a limiting temperature by structural assessment,2014,5,1,25-34,Scott
Properties of concrete subjected to extreme thermal conditions,2014,5,1,47-62,Bamonte
Stress-strain behaviour of normal compacting and self compacting concrete under elevated temperatures,2014,5,1,63-76,Anand
Performance of RC T-beams externally strengthened with CFRP laminates under elevated temperatures,2014,5,1,1-24,Naser
Stability behavior of steel building structures in fire conditions: role of composite floor system with shear-tab connections,2014,5,2,77-96,Agarwal
Analysis of the thermo-mechanical behaviour of steel-to-timber connections in bending,2014,5,2,97-112,Dhima
Modelling the fire performance of structural timber-concrete composite floors,2014,5,2,113-124,O'Neill
Performance-based fire safety design of special structures in Germany,2014,5,2,125-134,Zehfuß
Chemoplastic modelling for concrete at high temperature,2014,5,2,135-146,Hammoud
Large scale test on a steel column exposed to localized fire,2014,5,2,147-160,Byström
Experimental analysis of stability of aluminium beams in case of fire,2014,5,2,161-174,van der Meulen
Investigation on the behaviour of a composite floor made of cellular beams in fire situation,2014,5,2,175-188,Zhao
Finite element analysis of tension-loaded ASTM A325 bolts under simulated fire loading,2018,9,1,2-18,Rahman
Predicting the behavior of welded angle connections in fire using artificial neural network,2018,9,1,28-52,Yahyai
Experimental validation of the damage-plasticity modeling concept for normal strength concrete in fire,2018,9,1,53-62,Fontana
Comparative fire performance of traditional lumber and engineered wood joists,2017,8,1,2-13,Kodur
Effectiveness of damaged fireproofing in structural steel members subjected to fire,2019,10,1,21-47,Mahamid
Thermal behaviour of a novel non-composite cellular beam floor system in fire,2019,10,3,354-372,Marx
Life safety in single story steel frame buildings part I - deterministic design,2019,10,4,435-445,Sandström
In-plane stability of shallow concrete arches under fire,2020,11,1,1-21,Bouras
Reliability based design method for buckling of steel columns in fire,2019,11,2,167-187,Kervalishvili
How does concrete strength affect the fire resistance?,2020,11,3,311-324,Lubloy
Collapse comparison of offshore platforms before and after fire using plastic analysis and genetic algorithm,2020,11,3,325-345,Ahmadi
Life safety in single-story steel frame buildings Part II - probabilistic design,2020,11,3,379-394,Sandström
Fire resistance of the vertical glass structures with thermal protection foil,2020,11,3,395-407,Restás
Numerical modelling of changes of pressure inside the protected room during fighting the fire using carbon dioxide,2021,12,1,65-78,Boroń
Performance of fire protective coatings on structural steel member exposed to high temperature,2021,12,2,193-211,Mahmud
A comparison between CFD and thermal-structural analysis of structural steel members subjected to fire,2021,12,2,234-255,Mahamid
Flame behaviour fire hazard and fire testing approach for lightweight composite claddings - a review,2021,12,3,257-292,He
Study on fire resistance of a prefabricated reinforced concrete frame structure,2021,12,3,363-376,Zhao
A review on research of fire-induced progressive collapse on structures,2021,12,3,410-425,M.
Examination of the effect of fire retardant materials on timber,2021,12,4,429-445,Lubloy
Is it reasonable to use high-strength concrete columns under fire conditions?,2021,12,4,471-485,Bahr
A risk-based approach for structural assessment against fire considering escalation and passive fire protection (PFP) optimization,2021,12,4,510-521,Sarı
Fire resistance of composite slabs with steel deck under natural fire,2021,12,4,522-540,Piloto
Performance of steel moment-resisting frames in post-earthquake horizontally traveling fire,2021,12,4,541-566,Chandra
Reliable assumptions for structural fire design of steel car parks,2022,13,1,32-48,Giuliani
Experimental characterization of a novel ventilation system for multi-story buildings with continuous curtain walls,2022,13,1,49-66,Fascetti
Fire performance of earthquake-damaged reinforced concrete columns: an experimental study,2022,13,1,67-87,Agarwal
Numerical modelling of fire test with timber fire protection,2022,13,1,99-117,Wald
Diatomaceous earth aggregates based composite masonry blocks for bushfire resistance,2022,13,1,118-141,Mahendran
Effects of faults in the application of fire retardants in correlation with the efficiency of fire retardant materials on fire performance,2022,13,2,194-204,Lubloy
Improvement of fire door design using experimental and numerical modelling investigations,2022,13,2,205-223,Hamza
Experimental study on fire resistance of a full-scale composite floor assembly in a two-story steel framed building,2022,13,2,145-161,Bundy
Assessment of a fire-damaged concrete overpass: the Verona bus crash case study,2021,13,3,293-306,Felicetti
Improving the robustness of steel frame structures under localised fire conditions,2021,13,3,307-320,Gillie
Fire resistance of partially encased composite columns subjected to eccentric loading,2022,13,4,451-469,Fellouh
Modelling concrete slabs subjected to localised fire action with OpenSees,2022,14,1,128-145,Usmani