Sentence examples for pit depth from inspiring English sources

After pit nucleation, pit growth can be estimated in terms of a change in the volumetric rate by using Faraday's law (Jones 1992): pleft( t right) = 0.0116alpha int {i_{corr} left( t right)dt} (5 where p t) is the pit depth (in mm) at time t, α is the ratio between pitting and uniform corrosion depths, and i corr (t) is the time-variant corrosion rate (μA/cm2).

The pit depth increases gradually with the duration of etching.

The effect of pit depth on (K_{text{I}}) at the deepest point is not significant.

This article presents and discusses the results of 2 formulas for determining the appropriate pit depth.

Further, the pit depth was measured, and the relationship between the relative maximum pit depth and fatigue life of the corroded specimens was explored.

Herein a linearization is used to represent long-term development of pit depth.

A power exponential relationship between pit depth and time in atmospheric corrosion environment [17, 18] can be expressed as d = 0.062t^{0.862}, (24 where d is pit depth (mm); t is time (year).

In contrast, (K_{text{II}}) at the deepest point decreases with an increase in pit depth (Fig. 6).

Pit depth plays an important role in stress intensity factor, while the effect of pit radius is relatively small.

As observed from Fig. 7, (K_{text{I}}) at the surface point also increases with an increase in pit depth.

Both the island height and the pit depth can be much greater than the average layer thickness.