The stress-life (S N) approach and strain-life curve based on commonly used failure criteria are evaluated.
The results of the paper show an excellent correlation between the strain predicted using the proposed approach and the strain measured with strain-gages for each of the three loading conditions.
The test results indicated that the modified strain rate approach and average strain rate method could be applied to the fatigue evaluation considering environmental effects.
As the genomic era progressed, reverse vaccinology has evolved with a pan-genome approach and multi-strain genome analysis became fundamental for the design of universal vaccines.
Both a genetic approach and social strains predict elevated problem scores in these children.
The strain compliance principle establishes the equality of the mean strains, estimated for a given loading level by a mean strain approach and the stress transfer approaches.
In this paper, the approaches of anti-fatigue design are briefly reviewed and are classified into three groups: nominal stress approach, local stress strain approach and stress field intensity approach.
Close agreement between the model and actual static strain results have been achieved using this approach, and reliable static strain measurements have been made over an extended temperature range.
Conventional pavement design methods use static and elastic approaches for stress and strain analysis.
Although greater improvements in overproduction of metabolites and antibiotics of specific microbes have resulted from essentially random empirical approaches to mutation and strain development, future strain development technology will be supplemented by more knowledge-based scientific methods.
Approach and Results Myocardial infarction prone strain of the Watanabe heritable hyperlipidemic rabbits received an intravenous bolus of ergonovine maleate (0.45 µmol/kg) during intravenous infusion of norepinephrine (12 nmol/kg per minute) to provoke coronary spasm in vivo.
