Keywords: طراحی آتش; fire design; steel structures; Klein's ceiling; old ceiling;
مقالات ISI طراحی آتش (ترجمه نشده)
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Keywords: طراحی آتش; timber constructions; fire design; clay plaster; EN1995-1-2; cross-laminated timber;
Keywords: طراحی آتش; Anisothermal; Constitutive law; Elevated temperature; Fire design; Reinforced concrete; Rebar; Reinforcing bar; Isothermal; Material modelling; Stainless steel; Stress strain; Structures
Keywords: طراحی آتش; Cold-formed; Elevated temperatures; Fire design; Steel; Tensile testing; Tubular sections
Keywords: طراحی آتش; Cold-formed steel structures; Fire design; Elevated temperatures; Mechanical properties; Tensile testing
Evaluation of post-fire residual resistance of RC columns considering non-mechanical deformations
Keywords: طراحی آتش; RC structures; Fire resistant capacity of concrete; After-cooling analysis; Residual resistance; Fire design; Design code;
Fire design rules for LSF walls made of hollow flange channel sections
Keywords: طراحی آتش; Cold-formed steel structures; LSF walls; Hollow flange channel sections; Non-uniform temperature distribution; Fire design; Effective width method; Direct strength method
Prediction of fire resistance of steel beams with considering structural and thermal parameters
Keywords: طراحی آتش; Fire design; Fire resistance time; Steel beam; Thermo-mechanical analysis
Experiments on membrane action of composite floors with steel fibre reinforced concrete slab exposed to fire
Keywords: طراحی آتش; Fire design; Composite steel to concrete structure; Composite floor slab; Steel fibre reinforced concrete; Experiments; Slab resistance
Temperature of a partially embedded connection subjected to fire
Keywords: طراحی آتش; Fire design; Composite steel and concrete structure; Heat transfer; Connection design; Partially embedded connection
Capacity reduction and fire load factors for LRFD of steel columns exposed to fire
Keywords: طراحی آتش; Reliability; Capacity reduction factor; Fire load factor; Steel columns; Fire design
Post-earthquake fire and seismic performance of welded steel–concrete composite beam-to-column joints
Keywords: طراحی آتش; Seismic design; Fire design; Post-earthquake fire; Steel–concrete composite joint; Numerical simulations; Experimental data
Elevated temperature material properties of stainless steel alloys
Keywords: طراحی آتش; Anisothermal; Elevated temperature; Fire design; Isothermal; Material modelling; Ramberg–Osgood; Stainless steel; Stress–strain; Structures
Flexural buckling of fire exposed aluminium columns
Keywords: طراحی آتش; Inelastic buckling; Flexural buckling; Fire design; Elevated temperature; Aluminium alloys
Horizontal forces in steel structures tested in fire
Keywords: طراحی آتش; Structural engineering; Steel structures; Fire test; Full-scale test; Fire design; Eurocodes; Connections; Robustness; Horizontal forces
Residual behavior of steel rebars and R/C sections after a fire
Keywords: طراحی آتش; Steel bars (in R/C); High temperature; Fire design; Residual properties (of steel bars); R/C sections
Evacuation modelling analysis within the operational research context: A combined approach for improving enclosure designs
Keywords: طراحی آتش; Fire safety codes; Evacuation models; Fire design; Design of experiments; Response surface models; Numerical optimisation techniques
Temperatures during fire tests on structure and its prediction according to Eurocodes
Keywords: طراحی آتش; Structural engineering; Steel structures; Fire test; Full-scale tests; Fire design; Eurocodes; Connections
The use of a mathematical multicriteria decision-making model for selecting the fire origin room
Keywords: طراحی آتش; Fire origin room (FOR); Performance-based codes; AHP; Fire design; Multicriteria decision-making model
Parametric analysis of the lateral–torsional buckling resistance of steel beams in case of fire
Keywords: طراحی آتش; Steel beams; Lateral–torsional buckling; Fire design; Eurocode 3; Numerical modelling; New proposal; Residual stresses
Experimental behaviour of a steel structure under natural fire
Keywords: طراحی آتش; Structural engineering; Steel and composite structures; Full-scale tests; Fire design; Structural integrity