Sentence examples for random sea from inspiring English sources

The case of non-Gaussian random sea waves will be considered in Part II.

A Monte Carlo simulation technique is used to model the random sea environment.

The formulae raise a question about a design wave height to be chosen to represent the random sea wave conditions.

Such waves can be used to model extreme breaking waves in a random sea and their interaction with structures.

Three different shaping filters (including those possessing a Pierson-Moskowitz spectrum) are employed to model Gaussian random sea waves.

Abnormal wave encounters result in a significant increase in the global wave-induced loads compared to the equivalent random sea, with slamming becoming considerably more severe.

The diffraction of NewWave wavegroups by square arrays of circular columns and statistics of extreme events in random sea-states are used to produce a net amplification factor for highlighting probable locations of violent response when designing new structures.

Extreme waves in random seas are usually breaking or close to breaking.

A simple time history simulation method for bow loading in (non-linear) random seas is developed.

We focus on roll-pitch and roll-heave motion in random seas.

A criterion is proposed for determining the characteristic value of the shear strength for the random seabed.