Shock and Vibration HandbookA revision of a reference work on shock and vibration. This edition covers shock and vibration fundamentals, instrumentation and measurements, and data analysis and testing. |
From inside the book
38 pages matching power spectral density in this book
Where's the rest of this book?
Results 1-3 of 38
Contents
Basic Vibration Theory 2 1 | 2-1 |
Ralph E Blake formerly Consultant Technical Center of Silicon Valley San Jose | 3-1 |
Sheldon Rubin Distingished Engineer The Aerospace Corporation El Segundo CA 90009 | 4-1 |
Copyright | |
38 other sections not shown
Common terms and phrases
absorber acceleration accelerometer amplitude analysis applied approximately assumed auxiliary mass average axes axis beam body Chap characteristics complex components considered constant corresponding coupled curve damper damping defined deflection degree-of-freedom described determined direction displacement dynamic effect elastic element energy equal equation equipment estimation example excitation expressed factor FIGURE force function gage given gives increases indicated inertia input limit linear located machine mass maximum measurement mechanical method modal mode motion mounting natural frequency nonlinear normal obtained occurs output parameter period phase plane plate position problem pulse range ratio reference relative represented resilient resonance respect response result rigid rotation sensitivity shaft shock shown in Fig signal single solution spectra spectrum speed spring stiffness strain structure supported Table tion transducer usually velocity vibration zero