Sentence examples for tip fields from inspiring English sources
High pole tip fields (1.5 T in dipoles and 1.2T in quadrupoles) are easily achieved.
The enriched crack tip element approach utilizes the analytic asymptotic crack tip fields to directly compute the stress intensity factors.
The study of crack tip fields in mode I is often conducted assuming a homogeneous behaviour through the thickness.
Crack tip fields are optically measured for different crack locations in the elastic gradient when subjected to symmetric pure bending.
A solution for Model-I plane strain crack tip fields in a bi-linear elastic plastic material is presented.
The crack tip fields are obtained by using wave potentials and the Airy stress function through an asymptotic analysis.
The solution of linear elastic crack tip field is investigated at first, using the finite element method.
According to the correspondence principle, the viscoelastic crack tip field under applied strain is obtained from the linear elastic results.
The results show that the interface effect on the inclusion deformation and inclusion tip field are prominent at nanoscale.
The results show that DIC can be a useful technique for the monitoring of crack tip field.
The resulting mixed boundary value problem is analysed and near tip field is obtained by using the integral transform techniques.
