It is found that mode shape and critical buckling pressure changes with variation in geometrical parameters of shells.
In some mixed-mode cracks in the 8090 alloy it was found that mode II crack closure could be absent during part or all of the compressive loading during testing at R = −1.
Comparing the signals obtained in the delaminated region with the excitation, it was found that mode conversions happen at the edges of a delamination for both S0 and A0 waves.
Some surprising results are obtained, and it is found that modes that do not exist in a single "module" of a repetitive splitter arrangement can be least attenuated over a certain frequency range.
It has been found that mixed-mode buildings have the potential to save 40% HVAC energy by optimizing window operation schedules, and up to 75% by alternating natural and mechanical ventilation.
It has been found that the dominant mode is the spin-dry frequency, while the higher modes have significantly lower power.
This sensor operates in transmission mode and it was found that this mode, with the two selected wavelengths (660 and 940 nm) is not suitable for vessels larger than 5 mm in diameter.
It is found that the mode localization in laminates is governed by the mode localization characteristics of constituent laminas.
It is found that the mode volume monotonously expands with the increasing slab thickness.
However, it is found that the mode shapes are sensitive to the source locations of the MFS.
