The phrase "a given stress" is correct and usable in written English.
It can be used in contexts discussing specific stress levels or types of stress in various fields, such as psychology, engineering, or linguistics.
Example: "In this experiment, we will analyze the effects of a given stress on the participants' performance."
Alternatives: "a specific stress" or "a particular stress".
A model based on experimental results has been developed which predicts weight reduction of leaf springs for a given stress at varying shot peening conditions.
The strain at a given stress and the corresponding crack number and openings can then be obtained and the simulated stress-strain curve agrees well with experimental results.
Also, the probabilistic distribution of fatigue life of SCRC and SFRSCRC at a given stress level has been approximately modeled by the two-parameter Weibull distribution.
A general procedure and simplified direct design equations are derived taking into account equilibrium and a given stress distribution at ultimate limit states (ULS).
In order to reduce the displacement corresponding to a given stress, a novel test configuration, designated as five-point bending, is modelled analytically.
The use of a single temperature was incapable of quantifying laminate failure due to variations in temperature at failure for a given stress level.
It is shown that the crack-bridging effect of the fibres significantly reduces the crack width opening in the tunnel lining for a given stress field.
Within a given stress level, the axial and lateral irreversible strain initially increased with a decreasing rate, followed by steady-state increases before failure.
This serious issue is an even greater problem for pulsed techniques as it means the strain/modulus for a given stress (at a location) is unpredictably changing over a B-scan.
Since at video rate each frame is only 30 msec, for essentially all current approaches this means the strain for a given stress is changing constantly during the B-scan.
A mathematical model has been developed which predicts the fatigue life of leaf springs for a given stress at varying shot peening conditions.
