Keywords: اندازه گیری شدت; Displacement-sensitive tall building; Intensity measure; Vector-valued; Efficiency; Incremental dynamic analysis;
مقالات ISI اندازه گیری شدت (ترجمه نشده)
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Keywords: اندازه گیری شدت; Fluid viscous damper; Collapse capacity prediction; Incremental dynamic analysis; Intensity measure; Spectral shape; Ground motion duration;
Keywords: اندازه گیری شدت; Vector-valued; Intensity measure; Nonlinearity; Higher mode effect; Incremental dynamic analysis; Efficiency;
Keywords: اندازه گیری شدت; Vulnerability assessment; Mainshock-aftershock sequence; Engineering demand parameter; Intensity measure; Reinforced concrete frame structure;
Keywords: اندازه گیری شدت; Elevated steel tank; Reinforced concrete column; Shear behavior; Fragility curve; Nonlinear analysis; Intensity measure;
Keywords: اندازه گیری شدت; Fragility function; Concrete dam; Earthquake; Uncertainty quantification; Damage; 2D; two-dimensional; 3D; three-dimensional; AD; Anderson-Darling test; AIC; Akaike information criterion; ASCE; American Society of Civil Engineers; ASDSO; Association of St
Seismic fragility of open ground storey RC frames with wall openings for vulnerability assessment
Keywords: اندازه گیری شدت; βdsi; normalised standard deviation of the natural logarithm of displacement; βeff; effective viscous damping; β0; hysteretic damping; μd; ductility demand; κ; damping modification factor as in ATC 40; 3B-4S; three bay-four storey; ADRS; acceleration
A simplified procedure to estimate peak drift demands for mid-rise steel and R/C frames under narrow-band motions in terms of the spectral-shape-based intensity measure INp
Keywords: اندازه گیری شدت; Intensity measure; Spectral shape; Narrow-band motions; Inter-story drifts; Steel frames; Reinforced concrete frames; Seismic fragility;
The variability of deformation demand with ground motion intensity
Keywords: اندازه گیری شدت; Ground motion; Intensity measure; Seismic analysis; Reinforced concrete; Non-linear dynamic analysis; Framed structures
New scalar intensity measure for near-fault ground motions based on the optimal combination of spectral responses
Keywords: اندازه گیری شدت; Intensity measure; Near-fault ground motions; Incremental dynamic analysis; Variability; Seismic demands; Collapse capacity
A Bayesian approach to construction of probabilistic seismic demand models for steel moment-resisting frames
Keywords: اندازه گیری شدت; Probabilistic seismic demand model; Intensity measure; Nonlinear dynamic analysis; Incremental dynamic analysis; Bayesian statistics; Steel moment-resisting frame
A broad-range power-law form scalar-based seismic intensity measure
Keywords: اندازه گیری شدت; Elastic spectrum shape; Intensity measure; Ground motion; Power law; Scalar based
Vector-valued intensity measures for pulse-like near-fault ground motions
Keywords: اندازه گیری شدت; Ground motions; Near-fault; Intensity measure; Record selection; Spectral shape
Optimal Poisson quantisation
Keywords: اندازه گیری شدت; primary; 60G55; secondary; 60D05; 60E99; 94A20; Intensity measure; Point process; Poisson process; Quantisation;