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LOAD AND RESISTANCE FACTORS FOR CONCRETE DESIGN
GENERAL SPECIFICATIONS FOR STRUCTURAL DESIGN LOADS
RECENT DEVELOPMENTS IN PROBABILISTIC LOAD COMBINATIONS
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0ntario AASHT0 Aircraft Structures applied ASCE assumed beams bridge building calculated capacity Civil Engineering Code coefficient coefficient of variation columns component computed correlation cost curve damage dead load decision deflection design loads developed ductility dynamic earthquake equations estimated evaluation Fatigue Crack flexural Flight Dynamic floor fracture mechanics frequency Galambos ground acceleration ground motion initial inspection Journal limit limit states design live load load and resistance load combinations load effects load factors load model LRFD material matrix maximum mean method methodology mode obtained optimal parameters peak ground acceleration platform probabilistic probability distribution probability of failure problem procedure random process random variable ratio reinforced concrete reliability analysis reliability index Research resistance factors response risk Seismic serviceability settlement Shinozuka shown in Fig specific standard deviation statistical statistically independent steel stochastic stress Structural Division Table tion uncertainties updated values variation WPAFB