The phrase "absolute stress" is correct and usable in written English.
It can be used in contexts related to psychology, physics, or health, where one is discussing the total amount of stress experienced without considering relative factors.
Example: "The athlete reported experiencing absolute stress due to the intense training regimen and competition pressures."
Alternatives: "total stress" or "overall stress level".
Specifically, a theoretical expression is derived for absolute stress measurement.
The voltage spike is in response to a changing mechanical stress and not to the absolute stress, essentially acting like a dynamic strain meter.
In general, given the same absolute stress level, the fatigue life is much shorter for more porous structures.
The absolute stress in structural steel members is an important indicator of the performance of steel structures.
The chemical reduction of NiO to Ni in the porous anode lowers the absolute stress level in the PEN structure by 20%.
You get people in absolute stress – screaming misery, death seems better than where they are – and we patch them up over a few weeks, quite intensively, in hospital or in home treatment.
P p, σ n, and τ are normalized by σ 1 − σ 3, because we determine not the magnitudes of absolute stresses but a stress ratio, (σ 1 − σ 2)/(σ 1 − σ 3) by stress inversion.
Nevertheless, the uncertainty in the estimation of the contact area between the magnetic bead and the TM does not allow measurement of absolute stresses or elastic moduli.
The current study now provides evidence that not only absolute lung stress and strain but also increasing lung stress and strain in relation to the cycle time by prolonging the inspiratory time (ti) and increasing the I E ratio aggravate VILI.
We provide strong evidence that increasing the I E ratio during mechanical ventilation can aggravate VILI, indicating that not only the absolute lung stress and strain but also the time in which the lung is exposed to stress and strain (the Time × Stress and strain product) may affect the harm of mechanical ventilation.
The frequency distributions of maximum absolute principal stress at the high stress range are fit well with a Weibull distribution.
