The Shock and Vibration Bulletin. Part 2. Modal and Impedance Analysis, Human Response to Vibration and Shock, Isolation and Damping, Dynamic Analysis

摘要

Contents: An Impedance Technique for Determining Low Frequency Environments; A Statistical Look at Modal Displacement Response to Sequential Excitations; On Determining the Number of Dominant Modes in Sinusoidal Structural Response; Lateral and Tilt Whirl Modes of Flexibly Mounted Flywheel Systems; Whole-Body Vibration of Heavy Equipment Operators; Research Related to the Expansion and Improvement of Human Vibration Exposure Criteria; Computer Aided Design of Passive Vibration Isolators for Airborne Electro-Optical Systems; Design of Turbine Blades for Effective Slip Damping at High Rotational Speeds; A Simple Low-Cost Technique for Measuring Material Damping Behavior; The Effects of Frequency, Amplitude, and Load on the Dynamic Properties of Elastomers; Liquid Spring Shock Isolator Modeling by System Identification; A Generalized Derivate Model for An Elastomer Damper; Shock Response of Non-Linear Systems; Stability Analysis and Response Characteristics of Two-Degree of Freedom Nonlinear Systems; etc.