Sentence examples for maximum circumferential tensile from inspiring English sources
Erdogan and Sih [5] proposed the maximum circumferential tensile stress criterion in 1963.
During the process that the wheel rolls over the crack, the direction of the maximum circumferential tensile stress around the crack tip changes continuously, making the crack propagate in an indeterminate direction.
The interaction integral method and maximum circumferential tensile criterion are used to calculate the stress intensity factor (SIF) and crack growth angle, respectively.
Application of XFEM in combination of the maximum circumferential tensile stress criterion for investigation of crack propagation in orthotropic FGM problems is performed for the first time.
Special crack tip enrichment functions of XFEM are used to model fractures in orthotropic formations, and the maximum circumferential tensile stress criterion is modified to determine the fracture propagation direction.
Finally, combined with the maximum circumferential tensile stress theory and anisotropic analysis of stress field on the crack tip, the initiation angle and equivalent stress intensity factor of the crack were obtained.
When the crack grows in tensile manner, the maximum circumferential stress criterion is adopted to determine the crack bifurcation angle.
This is due to transverse effects as a result of the progressive circumferential tensile membrane strain.
Axial and circumferential tensile tests on ES-SF tubes showed appropriate properties for the specific application.
The statistics of possible crack propagation angles are calculated by the maximum circumferential stress criterion.
The circumferential tensile stress is evaluated assuming a constant elongation of the fiber Δ t,r = Δtot and the circumferential strain ε t,r is set equal to ε cr.
