• Conference Object  

      Development of an efficient two-phase 3D numerical wave flume 

      Frantzis, C.; Grigoriadis, D. G. E. (Society of Petroleum Engineers, 2017)
      In the present study an efficient two-phase 3D numerical wave flume was developed, tested and validated. The most important advantage over conventional numerical wave flumes is the use of a constant coefficient Poisson ...
    • Conference Object  

      How fast are the two-dimensional gaussian waves? 

      Baxevani, Anastassia; Podgórski, K.; Rychlik, I. (2002)
      For a stationary two-dimensional random field evolving in time, we derive the intensity distributions of appropriately defined velocities of crossing contours. The results are based on a generalization of the Rice formula. ...
    • Article  

      Maxima for Gaussian seas 

      Baxevani, Anastassia; Rychlik, I. (2006)
      The probability distribution of the height of global maximum for a Gaussian random field evolving in time is studied. In particular, the effect of spreading is studied and the role of the wave kinematics is discussed. It ...
    • Conference Object  

      Modelling significant wave height in the North Atlantic 

      Baxevani, Anastassia; Rychlik, I.; Wilson, R. J. (2003)
      The surface of the ocean, and so such quantities as the significant wave height, can be thought of as a random surface in space which develops over time. In this paper, we explore certain types of random fields (in space ...
    • Conference Object  

      Relation between velocities and global maximum for Gaussian seas 

      Baxevani, Anastassia; Rychlik, I. (2004)
      We study the probability distribution of the height of global maximum for a Gaussian random field evolving in time. Particularly, we discuss the role of the wave kinematics. It is observed that taking into account time ...
    • Article  

      Spatial models for variability of significant wave height in world oceans 

      Baxevani, Anastassia; Borgel, C.; Rychlik, I. (2008)
      Significant wave height (Hs) is a measure of the variability of the ocean surface. Benefits from knowing the spatial and temporal characteristics of this field are multiple: It is useful to size offshore structures, to ...