**Related Resources: Design Engineering**

### Vibration and Shock Load Excel Spreadsheet Calculations

**Vibration Design and Engineering **

**Structural Design Engineering Resources
Beam Deflection and Stress Formulas and Calculators **

**Vibration and Shock Load Excel Spreadsheet Calculator**

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The inertia forces of rotating and oscillating machinery cause elastic supports to vibrate. Vibration amplitudes can be reduced by installing vibration damping mounting pads or springs.

Calculations:

- Simple Vibrating Systems Calculations
- Undamped Vibrations Calculations
- Forced Un-Damped Vibrations Calculations
- Damped, (Viscous) Forced Vibrations v
- Critical Damping Calculations
- Transmissibility (TR) v
- Series Springs Combined Stiffness Calculations
- Parallel Springs Combined Stiffness Calculations
- Critical Speed of Rotating Shaft Calculations
- Beam Stiffness (k), Deflection (x), and Natural Frequency ( f ) Calculations
- Plate Natural Frequency (f) Calculations
- Rectangular Plate Natural Frequency (f) Calculations
- Circular Plate Natural Frequency (f) Calculations
- Balancing Rotating Shafts Calculations
- Masses in Different Planes Calculations
- Forced, Steady State Vibration Example Calculations
- Vertical Vibration Damper Selection Calculations
- Vibration Isolator Selection Calculations
- Vibration Isolator Vendors v
- Shock Loads Calculations
- Free Fall Impact Shock Calculations
- Shock Impulse Deflection Calculations
- General Math Tools and Calculations

Related:

- Mechanical Vibrations, Fifth Edition | Engineers Edge | www.engineersedge.com
- Shock and Vibration Handbook | Engineers Edge | www.engineersedge.com
- Helicopter Calculations and Design Vibrations and Dynamic Stability | Engineers Edge | www.engineersedge.com
- Engineering Vibration Handbook | Engineers Edge | www.engineersedge.com
- Theory of Vibration | Engineers Edge | www.engineersedge.com
- Vibration Terms and Definitions | Engineers Edge
- Shock and Vibration Response Equations | Engineers Edge | www.engineersedge.com

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