Sentence examples for length of deformation from inspiring English sources

In addition, the work-piece is deformed more homogeneously at lower pressing load by increasing the length of deformation zone.

Displacement is another extrinsic parameter which is defined as the length of deformation that the bone can sustain before failing [ 81].

The shape of the converging deformation zone may be described by the Greek letter ▵, quantitatively defined as the average dimension of the deformation zone perpendicular to the wire axis, divided by the length of the deformation zone, parallel to the wire axis.

We also show that there exists a critical length of the deformation zone, for which the maximum shears are realized.

It is shown that the length step of the spiral reinforcement and the axial length of the deformation zone of the rod determine the critical shears values: in case of the multiplicity of the length of the deformation zone and the propeller pitch the shears in the end sections of the deformation zone are absent.

However, filling fraction of the die exit channel initially increases by the length of the deformation zone up to 60 mm after which it reduces.

Starting from a thin shell theory, we carry out an asymptotic analysis of the strain energy in terms of the smallness of a single corrugation with respect to the characteristic length of macroscopic deformation of the corrugated structure.

Influences of die design parameters in terms of diameter ratio and length of the deformation zone on the distribution of effective strain, filling fraction of the die exit channel and pressing load in pure shear extrusion (PSE) are studied using finite element method (FEM).

The optimum die design parameters covering a range of acceptable effective strain and strain homogeneity, filling fraction of the die exit channel and pressing load are proposed as being 60 mm and 2 for length of the deformation zone and diameter ratio, respectively.

Changes in the length of measurement bases (deformations) accompanying mining deformations and changes in ordinates, including the difference in subsidence (inclination), to a large extent determine the utility properties of the structures and create a significant nuisance when using them and even causing them to fail completely.

Traditional engineering finite-element analysis of plastic deformation ignores all microstructural length-dependent aspects of deformation, but uses instead constitutive equations to describe plasticity.