Hull-Sanders and Eubanks [41] applied the plant stress hypothesis [40] to hypothesize impacts of inbreeding and outbreeding on plant resistance and levels of herbivory, and predicted varying impacts on specialist and generalist herbivores.
One of the more popular theories to explain the decline in Steller sea lion populations is the nutritional stress hypothesis, which suggests that changes in the sea lions' diet have had an undefined detrimental effect on their health.
The combined stress according to the normal stress hypothesis is given by {sigma}_{NH}= MAX left left|{sigma}_1right|; left|{sigma}_2right|;left|{sigma}_2right|right)kern0.5em.
In the new study, Clayton and her Cambridge graduate student James Thom decided to test the stress hypothesis.
The fatigue strength estimation capabilities of local stress based methods such as the Principal Stress Hypothesis (PSH), von Mises Stress Hypothesis (vMH), Modified Wöhler Curve Method (MWCM), and Effective Equivalent Stress Hypothesis (EESH) are compared.
According to the hierarchical oxidative stress hypothesis, the lowest level of oxidative stress is associated with the induction of antioxidant and detoxification enzymes (Table 1) [41].
The stress distribution for mini-implants in this study was evaluated according to the von Mises stress hypothesis, in MPa units (megapascal).
The non-local elastic solutions yield a finite hoop stress near the crack tip, thus allowing for a fracture criterion based on the maximum stress hypothesis.
This behaviour is caused by the low ductility of this alloy (e < 10%) compared to structural steels suggesting the application of the Normal (Principal) Stress Hypothesis (NSH).
However, utilization of the "redox stress hypothesis" can provide us with concrete nutritional targets in order to better support and maintain "optimal health".
