This program calculates the number of stress cycles under a resonance for a swept sine test.
Knowing the Q (resonant gain) and sweep rate, it determines the number of stress cycles (for one sweep) accumulated while sweeping through the resonance.
Note : The half power point is approximately -3.01dB below the resonant peak (actually 1/√2 ).
Using the mathematical function found in MIL-STD-810F. This program calculates the predicted Q of a structure (beam) related to frequency.
It will also determine the Zeta ζ (damping ratio) which is directly related to Q.
The bandwidth at half power point.
The time to sweep through the resonance.
The number of cycles.
Log or linear sweep modes.
Q (resonant gain) (quaity factor).
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