The phrase "a function of the applied stress" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or material science to describe how a particular variable changes in response to the applied stress.
Example: "The deformation of the material is a function of the applied stress, indicating how it will behave under load."
Alternatives: "dependent on the applied stress" or "related to the applied stress."
To understand the mechanochromic properties of the prepared spiropyran embedded PCL as a function of the applied stress, we have carried out a series of density functional theory (DFT) and time-dependent DFT (TDDFT) calculations.
The present work proposes a modelling of the fatigue life as a function of the applied stress.
It was found that the b-value is a function of the applied stress, and that the frequency of fracture size was scale free.
In this study, the permeability properties of spinel ferrites versus frequency between 1 MHz and 6 GHz as a function of the applied stress are showed.
First, it facilitates analysis of the influence of local microstructure attributes on the distribution of driving forces for fatigue crack formation as a function of the applied stress state.
The (110), (200) and (211) lattice plane strains were determined as a function of the applied stress, revealing three deformation stages; (1) elastic deformation, (2) grain to grain yielding and (3) the stage III deformation.
Corresponding cumulative distribution functions of the applied stress level have been obtained which have been subsequently invoked to correlate the applied stress level at failure with the associated risk of failure.
A dimensionless relationship was developed as a function of temperature for the applied stress and slenderness ratio.
Standard models are then employed to evaluate the activation enthalpy of kink-pair formation, which is now also a function of the full applied stress tensor.
The aim was to observe the stress of the film as a function of the applied substrate voltage and frequency of the PIII pulse.
Particular attention is focused on the accurate determination of the threshold stress as a function of temperature and applied stress from the Langeborg-Bergmann-plot.
