Keywords: روش شبه تحریک; Environmental vibration; Train-track-soil model; Track irregularity; Finite element method (FEM); Random vibration; Pseudo-excitation method;
مقالات ISI روش شبه تحریک (ترجمه نشده)
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Keywords: روش شبه تحریک; Adjacent building; Non-proportional damping; Seismic pounding; Safety distance; Pseudo-excitation method; Spectral difference method;
Keywords: روش شبه تحریک; Sensitivity analysis; Pseudo-Excitation Method; Power spectrum density; Gaussian process model; Algebraic method;
Keywords: روش شبه تحریک; Stochastic analysis; Non-stationary random earthquake; Uncertain parameters; Pseudo-excitation method; Time-varying sensitivity coefficient;
Keywords: روش شبه تحریک; Moving random load; Pseudo-excitation method; Fourier transform; Wavelet method;
Keywords: روش شبه تحریک; Elastic half-space; Moving stochastic load; Non-stationary random vibration; Pseudo-excitation method; Adaptive quadrature method; Wave
Keywords: روش شبه تحریک; FPDSO; Riser; Tension Leg Deck; Pseudo-excitation method; LQG controller;
Keywords: روش شبه تحریک; Jacket platform; Pseudo-excitation method; Random seismic response; Simplified method; Ritz method; Simplified model
Keywords: روش شبه تحریک; VLFS; Hydroelasticity; Pseudo-excitation method; Stationary stochastic response
Keywords: روش شبه تحریک; Train–slab track–bridge interaction; Spatial random vibration; Finite element method; Pseudo-excitation method; Energy principle
Fatigue damage analysis of the deepwater riser from VIV using pseudo-excitation method
Keywords: روش شبه تحریک; Vortex-induced vibration; Discrete vortex method; Finite volume method; Pseudo-excitation method; Fatigue damage
Local site effects on a high-pier railway bridge under tridirectional spatial excitations: Nonstationary stochastic analysis
Keywords: روش شبه تحریک; Local site effect; Nonstationary stochastic vibration analysis; Pseudo-excitation method; High-pier railway bridge; Spatially varying ground motions; Tridirectional ground motions
Sensitivity analysis and optimization of vehicle–bridge systems based on combined PEM–PIM strategy
Keywords: روش شبه تحریک; Coupled vehicle–bridge systems; Pseudo-excitation method; Precise integration method; Sensitivity analysis
Random vibration of a train traversing a bridge subjected to traveling seismic waves
Keywords: روش شبه تحریک; Train–bridge system; Pseudo-excitation method; Earthquake; Wave passage effect; Non-stationary random vibration; Track irregularity
Non-stationary random vibration analysis for train–bridge systems subjected to horizontal earthquakes
Keywords: روش شبه تحریک; Train–bridge systems; Pseudo-excitation method; Precise integration method; Non-stationary random vibration; First-passage failure criterion
Isotropic layered soil–structure interaction caused by stationary random excitations
Keywords: روش شبه تحریک; Layered solids; Precise integration method; Pseudo-excitation method; Soil–structure interaction; Random waves
Research on short-term dynamic ice cases for dynamic analysis of ice-resistant jacket platform in the Bohai Gulf
Keywords: روش شبه تحریک; Dynamic ice force; Ice-resistant jacket platform; Random vibration; Pseudo-excitation method
Optimum design of ice-resistant offshore jacket platforms in the Bohai Gulf in consideration of fatigue life of tubular joints
Keywords: روش شبه تحریک; Jacket platform; Ice-resistant design; Optimum design; Fatigue analysis; Pseudo-excitation method
Propagation of non-stationary random waves in viscoelastic stratified solids
Keywords: روش شبه تحریک; Layered material; Precise integration; Pseudo-excitation method; Wittrick–Williams algorithm; Wave propagation; Random vibration
Random wave propagation in a viscoelastic layered half space
Keywords: روش شبه تحریک; Layered medium; Precise integration method; Pseudo-excitation method; Wave propagation; Random vibration