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Results show that biomimetic surfaces with the geometrical structures have lower cone equivalent stresses and soil equivalent stresses than that with conventional (smooth) surface.
The equivalent stresses are derived with the use of the causality principle.
The equivalent stresses of the matrix and interphase were determined by field fluctuation method.
The equivalent stresses and strain energy stored in the critical location of both pressure vessels are calculated.
The restriction of the maximum equivalent stresses was introduced with the conditionally formulated objective function with a penalty component.
Based on two optimizing methods of the hoop and equivalent stresses, the best autofrettage pressure is determined.
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The durability design criterion is met if the threshold equivalent stress intensity factor range exceeds the largest calculated equivalent stress intensity factor range.
The conventional cone surface and the biomimetic cone surfaces were analyzed in ANSYS 11.0 program to estimate cone equivalent stress and soil equivalent stress.
The least maximum cone equivalent stress and least maximum soil equivalent stress were recorded for biomimetic surfaces with concave dimples and wavy form-2 respectively.
Multiaxial stress states are considered by an equivalent stress criterion based on the approach of Dang Van.
The finite element (FE) analysis is conducted to obtain the total deformation, equivalent stress and equivalent strain of LG samples.
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