Sentence examples for maximum dynamic stresses from inspiring English sources
It is shown that the maximum displacements and maximum dynamic stresses decrease for a certain type of thickness variation.
Three shell models are analyzed to indicate possible reductions of maximum displacements and maximum dynamic stresses by choosing the discontinuity at different locations.
The GPS satellite SV06 was intentionally allocated at the zenith to experience the maximum dynamic stress against the vertical antenna motion.
The maximum dynamic stress error could also be larger than the steady-state error given by Eq. (1) if the filter response has overshot.
Formalized relationships are developed for the estimation of maximum dynamic stress and strain in randomly vibrating structures from simple vibrational velocity measurements obtained using accelerometers.
The relationships developed can be applied to the estimation of maximum dynamic stress in the low-, mid- and high-frequency ranges.
Thus, at a relatively close location (epicentral distance of ~470 km), in Wakayama region (N.NAGH) the maximum dynamic stress changes measured on the vertical, radial and transverse components have rather large values on the order of 91 126 kPa.
The GPS satellite SV06 was intentionally allocated at the zenith to experience the maximum dynamic stress against the vertical sinusoidal antenna motion defined in Table 2. Fig. 2 Skyplot of visible GPS satellites during the simulation.
The maximum transverse displacement of the vibrating screen is 0.13 mm, the maximum difference in vibration amplitude of corresponding points is 0.44mm and the maximum dynamic stress is 16.63MPa.
The primary aim is to establish the zone of prominence of hydroelasticity, study the maximum dynamic stress magnitudes under various loading conditions and structural parameters; and draw conclusions leading to insights into sound structural designs.
In the region of low frequency and long wavelength, the maximum dynamic stress concentration factors occur on the illuminated side of the scattering body with θ = π, but not at the edge of the cutout with θ = π/2.
