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You searched for: Author/Creator Goit, Chandra Shekhar- Goit, Chandra Shekhar [remove] 5
- 624.176205 5
- Earthquake engineering -- Periodicals 5
- Génie parasismique -- Périodiques 5
- Soil dynamics -- Periodicals 5
- Sols -- Dynamique -- Périodiques 5
- Dynamic response -- Steel pipe sheet pile (SPSP) foundation -- Soil-structure interactions (SSI) -- Sub-structuring technique -- Superposition -- Kinematic interaction -- Inertial interaction -- Shake table tests 1
- Filtering effect -- Effective input motion -- Kinematic interaction -- Pile foundations -- Nonlinearity -- Dynamic nonlinear response -- Pile group -- Lumped mass model 1
- Horizontal impedance functions -- Pile-to-pile interaction factors -- Local soil nonlinearity -- Principle of superposition 1
- Kf* pile head impedance functions (IFs) -- kf real part of pile head IFs -- Cf imaginary part of pile head IFs -- ωm circular loading frequency on model -- ωp circular loading frequency on prototype -- η density scaling ratio -- λ geometric scaling ratio -- ρm density of the model -- ρp density of the prototype -- lm linear dimension of the model -- lp linear dimension of the prototype -- d pile diameter -- s pile-to-pile spacing -- s/d spacing to diameter ratio -- fns natural frequency of superstructure -- ζs superstructure damping ratio -- ms mass of superstructure -- mf mass of footing -- Ks stiffness of superstructure -- üg input ground excitation -- u̇eff effective foundation input motion in terms of velocity -- u̇f footing response in terms of velocity -- u̇s superstructure response in terms of velocity -- qk generalized coordinate -- T kinetic energy -- U strain energy -- D dissipation function -- Cs damping coefficient of superstructure -- Ts total response of superstructure with respect to the base excitation -- ϕs phase corresponding to the total response of superstructure -- Tf total response of footing with respect to the base excitation -- ϕf phase corresponding to the total response of footing -- u̇r relative acceleration response at footing 1
- Superposition -- Kinematic interaction -- Inertial interaction -- Dynamic response -- Shaking table tests 1