Engineering Design Data: Menu - vibration

 
The following are to links of engineering resources, tools, articles and other useful data related to vibration
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Natural Frequency Undamped Cantileverd Mass Equations and Calculator
Angular Natural Frequency Undamped Cantileverd Mass Spring System Equations and Calculator
Natural Frequency Undamped Two Masses Spring System Equations and Calculator
Angular Natural Frequency Undamped Two Masses Spring System Equations and Calculator
Undamped Mass Spring Natural Frequency Equations and Calculator
Angular Natural Frequency Undamped Mass Spring System Equations and Calculator
Design Guide Natural Frequencies Straight and Curved Beams
Design Guide For Calculating Natural Frequencies of Straight and Curved Beams on Multiple Supports
Shock and Vibration Response Equations
Mechanical vibration is the periodic motion around a position of equilibrium.
Free Mass Undamped Vibration Equations and Calculator
Free Mass Undamped Vibration Calculator and Equations
Resonant Frequency Flat Plate Electronic Circuit Equations and Calculator
Natural frequency equation shown above is exact using the Rayleigh method, because the deflection curve used for the vibrating plate is exact for the boundary conditions.
Vibration Severity Chart
Values shown are for filtered readings taken on the machine structure or bearing cap.
Dynamic Resonance Review
When the natural frequency of a rotating (i.e., dynamic) structure, such as a bearing or a rotor assembly in a fan, is energized, the rotating machine element resonates.
Static Resonance Engineering
Static resonance is a function of the natural frequency of nondynamic, or stationary, machine components (e.g., casings and bearing support pedestals) and structural members (i.e., beams, piping, etc.).
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