Critical Excitation Methods in Earthquake Engineering

  • Format
  • Bog, hardback
  • Engelsk

Beskrivelse

After the March 11, 2011, earthquake in Japan, there is overwhelming interest in worst-case analysis, including the critical excitation method. Nowadays, seismic design of structures performed by any seismic code is based on resisting previous natural earthquakes. Critical Excitation Methods in Earthquake Engineering, Second Edition, develops a new framework for modeling design earthquake loads for inelastic structures. The Second Edition, includes three new chapters covering the critical excitation problem for multi-component input ground motions, and that for elastic-plastic structures in a more direct way are incorporated and discussed in more depth. Finally, the problem of earthquake resilience of super high-rise buildings is discussed from broader viewpoints.

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  • Vægt780 g
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    10 cm
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    15,1 cm
    22,9 cm

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    Soil-structure interaction Resonance Fourier series Resilience Frequency domain analysis System failure Energy-Flow Robustness Probabilistic analysis Worst case analysis Interval analysis Stochastic response Critical Excitation Method Redundancy Power Spectral Density Body-wave acceleration power Acceleration Response coherence function Critical excitation critical power spectral density deterministic time series critical excitation problem earthquake energy input damage of structure earthquake input energy complex modal analysis envelope function critical combination deterministic analysis Elastic-plastic structure fail-safe system global stiffness parameter credible bound Earthquake energy input rate inertial interaction energy input mechanism input energy density energy transfer function mean total energy maximum response Fourier Amplitude Spectrum Nonproportional Damping Multi-component input nonstationary transfer function Hysteretic Response passively-controlled structure probabilistic ground motions random vibration theory Probabilistic critical excitation statistical equivalent linearization Robust stiffness design Stationary random input structure-foundation-soil system structure-dependent critical excitation Structure-pile system subcritical excitation meanâ??square drift worst cross-spectrum uncertain ground motion uniformly modulated ground motion kinematic interaction nonstationary input Parallel System worst-case earthquake input min-max procedure model-free design multi-degree-of-freedom system nonstationary random input temporal energy concentration velocity power Winkler-type spring Surface wave

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