"mechanical cycle" is a correct and usable phrase in written English.
It can be used in the context of machinery or technology to describe a repetitive or cyclical process that is mechanically driven. For example: - The factory operates on a mechanical cycle, with each machine performing a specific task in a precise sequence. - The engine's combustion is based on a mechanical cycle of intake, compression, ignition, and exhaust. - The washing machine's mechanical cycle ensures that clothes are thoroughly cleaned and rinsed before the spin cycle begins.
The mechanical cycle of the motors is depicted in Fig. 4a.
Highly Dynamic Interactions Maintain Kinetic Stability of the ClpXP Protease During the ATP-Fueled Mechanical Cycle.
Coppin, C. M., Pierce, D. W., Hsu, L. & Vale, R. D. The load dependence of kinesin's mechanical cycle.
Whereas crystals lock biomolecules into a single conformation, cryo-EM can produce an album of freeze-frame images, showing a molecule in different stages of a mechanical cycle.
As a result, the tensile strength and the resistance against mechanical and thermal mechanical cycle loading in the developed materials increased due to the role of reinforcement fiber.
If crystallization and crystallite melting occur over one mechanical cycle, a hysteresis loop is observed in terms of the strain stress relationship.
Herder was right, in Taylor's opinion: there would be no such thing as "consciousness" without a leap from mechanical cycles of stimulus and response to a "new plane", where language enables us to "grasp something as what it is".
Loading and unloading mechanical cycles show a significant hysteresis and perfect superposition of the successive loading curves demonstrating damage done during loading is recoverable in nature.
Large ratcheting strains have been observed from the first mechanical cycles, up to a complete stabilization of the stress strain response of the material.
A challenge in computational modeling of piezoelectric devices arise due to large discrepancy in the frequencies of the electrical signal and mechanical vibrations, especially when a large number of mechanical cycles need to be simulated.
Degradation procedures were performed using a thermal fatigue simulator device (MSCT-3; ElQuip, São Carlos, SP, Brazil), subjected to 10,000 thermal cycles; at temperatures of 5, 37, and 55 °C with dwell time of 30 s each and transfer time of 5 s; and a mechanical fatigue simulator (ER 37000, Erios, São Paulo, SP, Brazil), under 100,000 mechanical cycles, frequency of 4 Hz at 60 N load.
