Random refraction occurs in turbulence and through a wavy water-air interface. It creates distortion that changes in space, time and with viewpoint. Localizing objects in three …
C Faraci, E Foti - Physics of Fluids, 2001 - pubs.aip.org
In this paper the evolution of a sandy bottom subject to a wave generated flow has been analyzed using an image acquisition technique. In particular, ripple formation was observed …
Refraction causes random dynamic distortions in atmospheric turbulence and in views across a water interface. The latter scenario is experienced by submerged animals seeking …
In this paper an experimental investigation of the scour process that arises at the base of a vertical cylinder, placed in an erodible sandy bed, in the presence of an oscillating flow, is …
This research is an experimental study of ripple and sandbar dynamics under regular and random waves in partially reflective conditions. As part of this study, a series of small-scale …
S Baglio, E Foti - IEEE Transactions on Instrumentation and …, 2003 - ieeexplore.ieee.org
" Sea ripples" and" scour" represent topics of great interest both in oceanic and coastal engineering for the important role they play in problems such as coastal erosion and …
Refraction causes random dynamic distortions in atmospheric turbulence and in views across a water interface. The later scenario is experienced by submerged animals seeking …
This research is an experimental study of ripple dynamic for regular waves propagating on horizontal and sloping beds in mid-and high-reflective conditions. Small-scale laboratory …
M Alterman - IEEE TRANSACTIONS ON PATTERN ANALYSIS AND …, 2013 - Citeseer
Refraction causes random dynamic distortions in atmospheric turbulence and in views across a water interface. The latter scenario is experienced by submerged animals seeking …