Vibration in Civil Engineering |
Contents
Effects of Vibration on Buildings | 31 |
Discussion | 39 |
Notes on Shock Isolation Concepts | 71 |
Copyright | |
17 other sections not shown
Common terms and phrases
acceleration amplitude amplitude of vibration analysis anti-vibration applied arch dam base beams behaviour blasting block bridges building c/sec calculations cement paste cent civil engineering clay compressor computed considered curves damage damping capacity damping factor damping ratio deflection depth determined displacement dynamic earthquake effect elastic Engrs equation equipment estimate example excitation experimental factor fatigue floor force given ground half-space horizontal hysteretic impact increase instruments laboratory limit logarithmic decrement longitudinal machine foundations mass maximum measured Mech mechanical method MICHIGAN modes modulus motion mounting natural frequency obtained oscillations plastic Poisson's ratio possible pressure prestressed prestressed concrete problem Proc pulse Rayleigh waves resonant frequency response spectrum rigid sand shear shear modulus shock shown in Figure soil specimen speed spring constant static steel stiffness strain strain gauge stress structure surface tests theory tion transducer trench triaxial UNIV vertical wave velocity Young's modulus