Keywords: طراحی آتش سوزی; Structural fire design; Travelling fires; Compartment fires; Performance-based design;
مقالات ISI طراحی آتش سوزی (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: طراحی آتش سوزی; FEM; Steel-concrete composites; Structural fire design; Fire resistance; Composite columns;
Keywords: طراحی آتش سوزی; Structural fire design; Steel frames; Buckling analysis; Natural fire; Eurocodes;
Keywords: طراحی آتش سوزی; Continuous strength method; Structural fire design; Elevated temperatures; Steel structures; Stub column; Cross-section resistance
Keywords: طراحی آتش سوزی; Castellated; Composite beams; Elevated temperatures; Profiled steel sheeting; Structural fire design; Unprotected
Keywords: طراحی آتش سوزی; Concrete slabs; Structural fire design; Safety level; Monte Carlo simulations; Fire ignition frequency
Keywords: طراحی آتش سوزی; Structural fire design; Travelling fire; Fire test; Thermal gradient; Homogenous temperature conditions; CFD modelling; Structural response;
Fire design of LSF wall systems made of web-stiffened lipped channel studs
Keywords: طراحی آتش سوزی; Web-stiffened stud sections; Lipped channel sections; Cold-formed steel structures; Light-gauge steel frame wall systems; Structural fire design; Direct strength method;
Multi-resolution analysis of the SAC steel frames with RBS connections under fire
Keywords: طراحی آتش سوزی; SAC steel moment-resisting frames; Reduced beam section connection; Multi-resolution numerical model; Structural fire design; Fire hazard; Elevated temperatures;
A group-AHP decision analysis for the selection of applied fire protection to steel structures
Keywords: طراحی آتش سوزی; Fire design stakeholders; Structural fire design; Fire protection options; MCDA; GMM-AHP;
Design of shot nailed steel sheeting connection at ambient and elevated temperatures
Keywords: طراحی آتش سوزی; Shot nailed connection; Cold-formed steel sheeting; Elevated temperature; Finite element modelling; Design resistance function; Structural fire design
Composite slim floor stainless steel beam construction exposed to different fires
Keywords: طراحی آتش سوزی; Composite slim floor; Fire scenarios; Finite element; Modelling; Fire resistance; Stainless steel beams; Structural fire design
Performance of axially restrained concrete encased steel composite columns at elevated temperatures
Keywords: طراحی آتش سوزی; Axially restrained; Concrete encased steel; Composite columns; Elevated temperatures; Finite element; Modelling; Fire resistance; Structural fire design
Nonlinear behaviour of unprotected composite slim floor steel beams exposed to different fire conditions
Keywords: طراحی آتش سوزی; Composite slim floor; Fire scenarios; Finite element; Modelling; Fire resistance; Steel beams; Structural fire design
Investigation of concrete encased steel composite columns at elevated temperatures
Keywords: طراحی آتش سوزی; Concrete encased steel; Composite columns; Elevated temperatures; Finite element; Modelling; Fire resistance; Structural fire design
A parametric natural fire model for the structural fire design of multi-storey buildings
Keywords: طراحی آتش سوزی; Simplified natural fire model; Structural fire design; Design fire; iBMB parametric fire curve