## Vibration in Machinery: An Introduction to General Principles |

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amplitude of angular amplitude of displacement amplitude of vibration angle of twist angular displacement angular vibration antinode applied axis bearing calculated centre of gravity condition of resonance corresponding crank crankpin crankshaft cycle cycles/min cylinder damper damping effect damping influences determined diameter disk dynamic elastic element energy dissipated equal equation exciting force external force flywheel force or torque frequency constant Harmonic Analysis harmonic components horizontal hysteresis in./radian internal combustion engine length loads machine magnification major critical speed maximum strain energy method modes of vibration moments of inertia natural frequency natural vibration neon lamp node normal elastic curve phase difference PITMAN produce quantity radians Radius of gyration reciprocating reciprocating weight resonance condition resonant vibration rotating rotor rubber running speed shaft shear stress shown in Fig spring Spring-mounting stresses suspended mass tion torsiograph torsional vibration Trans transverse vibration undamped variation vertical vibrating system Vibration Absorber vibration form vibration-exciting weight