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Based on numerical simulations, several typical motions were found, showing some new and interesting results.
Fish cage heave and surge motions were found to be overdamped, while pitch exhibited a resonance at low frequencies (less than 0.1 Hz).
Attention was concentrated on the behaviour of the system in the region of dynamic instability, and several motions were found by using the method of numerical simulations.
Maximum responses for individual ground motions were found to occur for virtually any angle of incidence and varied with the degree of inelasticity, which implies that inaccurate estimates of structural performance and damage may result if based on ground motions applied at principal orientations alone.
In Table 5, slightly different motions were found in the eight silhouettes.
Relative motions were found to increase with flexion angle.
Similar(52)
Periodic and non-periodic motions are found.
Many non-periodic responses to chaotic and quasi-periodic motions are found, too.
Subharmonic impact motions are found to regularly appear in the tongue-shaped regions.
Spatial variation of ground motions is found to be one of the main causes of relative displacement.
Harmonic, subharmonic, and chaotic motions are found to exist and the bifurcations leading to them are analyzed.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com