Sentence examples for continuous propagation from inspiring English sources

The continuous propagation of type-A PLC bands is traced at three different shearing amounts.

The maximum displacement is approximately 250 nm in an interval of 1/15 s during a continuous propagation.

The crack growth process is modeled by a new continuous propagation method in considering the loading history.

Numerical results show that reflected shock waves, explosions and new detonation waves occur near the corners of the combustor, but they do not stop the continuous propagation of the rotating detonation wave.

For sufficiently large elastic mismatch, it is found that the fracture mechanism transitions at a critical ratio of roughness amplitude to wavelength (A/λ) from continuous propagation of a single crack, to a mechanism involving nucleation and coalescence of daughter cracks ahead of the main crack.

The local dissolution rate at the crack-tip is accelerated with the test time, which would be attributed to the fact that, along with continuous propagation of the crack, the stress concentration at the crack-tip is further increased, which, again, enhances local dissolution.

Results indicate continuous detonation propagation through the core of the channel for sufficiently reactive mixtures, while fast-flame propagation occurred for weaker mixtures which do not exhibit detonation initiation at the obstacle face.

The proposed MD-ABCs are extensions of perfectly matched discrete layers (PMDLs), originally developed as an absorbing boundary condition for continuous wave propagation problems.

Continuous crack propagation along a non-prescribed path is modeled in the LEFM setting, taking advantage of a shape optimization method coupling a moving mesh strategy and a gradient-free optimization solver.

The latter has shown to strongly affect the crack path, by acting as a barrier and arresting or preventing a continuous crack propagation, and causing a deviation, leading to an increase in the fracture energy.

Path tracking for continuous crack propagation has been performed by using an advanced geometry optimization method coupling a moving mesh approach and a gradient-free optimization solver, whereas crack penetration has been simulated by means of a simplified re-initiation criterion at the interface, involving a material characteristic length.