'mechanical threshold' is correct and usable in written English.
It may be used to indicate a point at which a mechanical device may be triggered into action. For example, "The mechanical threshold for this valve is three atmospheres."
These results suggested that the stretch-evoked fast-decay response of normal DRG neurons, which possessed a high mechanical threshold, was dependent on TRPV2.
To investigate differences in mechanical threshold, we measured responses to a stepwise stretch stimulus from 5%to35%5% stretch in 5% increments (Fig. 3c).
Mechanical threshold (MT) testing is widely used to measure nociceptive thresholds.
The mechanical threshold strength (MTS) model is used to represent the temperature and strain rate-dependent viscoplastic response of the material.
This analysis has been performed for the Mechanical Threshold Stress (MTS) model, which is a constitutive description based on the physics of dislocation motion.
Mechanical threshold and spontaneous pain-related behaviors were compared for frequency, intensity, and pulse duration with a Kruskal-Wallis analysis of variance.
A temperature and rate-dependent viscoplastic polycrystalmodel is presented.It uses a single crystal constitutive response that is based on the isotropic Mechanical Threshold Stress continuum model.
In this paper, we determine the Mechanical Threshold Stress model parameters for various tempers of AISI 4340 steel using experimental data from the open literature.
The Mechanical Threshold Stress (MTS) model is utilized, with a focus on the lattice strain response under tensile loading before and after exposure.
Finally, observations from simulations of deformation of the polycrystal aggregate are introduced into an existing macroscopic constitutive model for metal plasticity based on the mechanical threshold.
The mechanical threshold stress (MTS) model is slightly generalized, improving its applicability to continuum and crystal plasticity frameworks by removing its mathematical singularities.
