Experimental Behavior of a Spatial Piping System with Steel Energy Absorbers Subjected to a Simulated Differential Seismic InputCollege of Engineering, University of California, 1981 - 66 pagina's |
Veelvoorkomende woorden en zinsdelen
A.K. Chopra A06 EERC Acceleration at Floor ANSR-II Program Base Isolation Behavior of Reinforced Berkeley Bertero and E.P. Bresler C.K. Chan Computer Program Configuration 11 Cyclic Loading D.P. Mondkar damping Design of Steel ductile Dumbarton Bridge E.L. Wilson E.P. Popov Earthquake Response Earthquake Simulator Energy Absorbing Restrainers Energy-Absorbing Devices Experimental FFT of Response floor acceleration Frame at NN23 FREQUENCY HZ H.B. Seed H.D. McNiven Hysteretic Behavior I.M. Idriss Incorporation into Nuclear Inelastic J.G. Bouwkamp J.M. Kelly K.S. Pister Lysmer Nonlinear Nuclear Power Plants Peak Acceleration Penzien PIPE FRAME CHANNEL Pipe in Frame Plants for Enhanced PLOT FREQUENCY LIMIT R.L. Mayes R.M. Stephen R.W. Clough Reinforced Concrete Response of Pipe Response Spectrum S.A. Mahin Seed and I.M. Seismic Analysis Seismic Behavior Seismic Response Soil Liquefaction Span SPECTRAL AMPLITUDE VOLTS Steel Energy Absorbing Steel Energy-Absorbing Restrainers Steel Frame strain gages table acceleration TAFT S69E third floor torsion V.V. Bertero x-axis