| 11. | The yield stress can be assumed to have been increased by 15 % or more for design purposes.
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| 12. | A sample subjected to a tensile test can typically withstand stresses higher than its yield stress without breaking.
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| 13. | Stress within the base must be less than the yield stress of the material or the crane will fail.
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| 14. | As with basic solid mechanics analysis, the stresses in the component should be lower than the yield stress.
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| 15. | Moreover, they also exhibit an improvement in apparent yield stress of 10 % across those amounts of particle substitution.
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| 16. | Also, this linear distribution is only applicable if the maximum stress is less than the yield stress of the material.
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| 17. | Materials behave elastically until the deforming force increases beyond the elastic limit, which is also known as the yield stress.
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| 18. | If the test material is a thermoplastic a yield zone may be observed and a yield stress ( strength ) calculated.
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| 19. | The UTS is not used in the design of ductile static members because design practices dictate the use of the yield stress.
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| 20. | Nevertheless, it is not entirely clear what exactly the dependency of yield stress should be on grain sizes below this point.
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