Sentence examples for using a step loading from inspiring English sources
Uniaxial fatigue limit stresses were determined experimentally for the fretting fatigue-cracked samples, using a step loading technique, for R=0.5 at 300 Hz.
Tests are conducted at 420 Hz on an electrodynamic shaker-based system at several different LCF maximum loads and under subsequent HCF at R=0.1, 0.5 and 0.8 using a step loading procedure.
All specimens subjected to FOD were subsequently tested in uniaxial HCF at a frequency of 350 Hz using a step loading procedure to determine the fatigue limit corresponding to 107 cycles.
Circumferentially notched cylindrical specimens (kt=1.97 4.07) taken from Ti 6Al 4V forged plate were cycled to failure (R=0.1 and 0.5) using a step loading method for estimating the 106 cycle fatigue limit stresses.
Points were generated on a constant life Haigh diagram using a step-loading technique.
Indentation damage to a carbon fiber silicon carbide composite (C/SiC) was introduced and then investigated using a step-loading method to understand the impact mechanism.
Laboratory tests on specimens of varying thicknesses were used to determine the stresses that correspond to a fatigue life of 107 cycles using a step-loading procedure.
Notched and unnotched specimens were cycled to failure using a step-loading technique to generate points on a Haigh (Goodman) diagram for a constant fatigue life of 106 cycles.
The fatigue limit stresses were estimated using a step-loading technique at stress ratios from R=−1 to 0.8, for five geometries (elastic stress concentration factors of Kt=2.0, 2.8 and 4.1) of circumferentially notched Ti 6Al 4V specimens.
A series of instrumented 1/6-scale model walls was constructed and dynamically loaded using a stepped-amplitude harmonic base acceleration record.
In addition, in a power transmission network, the shed-load can be restored using a step-by-step restoration scheme that uses different restoration rates (MW/minute) or a continuous restoration scheme that uses a single restoration rate.
