- Resonant frequencies of your structure?
- Acoustic load on your structure?
- Acoustic fatigue allowables & damping of your material?
- Acoustic fatigue analysis of your structure?
- Acoustic fatigue test of your structure?
- Acoustic fatigue life of your structure?
- Fast analytical & accurate numerical methods to predict resonant frequencies
- Methods to determine the acoustic load on your structure
- Capability to manufacture steel or composite structural elements & structures
- Capability to instrument structural elements with strain gauges for endurance tests on a shaker
- Vibration and Shock Test (VST) laboratory with shakers to determine experimentally the resonant frequencies, damping & acoustic fatigue allowables of structural elements of your structure at different temperatures
- C-scan facility to inspect structural elements & structures on manufacturing defects & acoustic fatigue damage
- Capability to instrument your structure with strain gauges, accelerometers and pressure sensors for a full scale acoustic fatigue test
- Analytical & numerical acoustic fatigue methods to determine the acoustic fatigue life of your structure
Related Issues
- Acoustic fatigue allowables
- Acoustic fatigue analysis
- Acoustic fatigue life
- Butterfly specimen
- Design nomograph
- Durability analysis
- Endurance
- Plain specimen
- Power Spectral Density (PSD) profile
- Random loading
- Random response analysis
- Random vibration analysis
- Root Mean Square (RMS) stress
- Sinusoidal loading
- Sonic fatigue analysis