This study is dedicated to the wind waves parameters distribution on the Black Sea with a
focus on coastal areas. Wind waves were simulated using the SWAN model forced by the …

Considered are the cases of Novorossiysk bora in 2012–2013. Given is the description of
this event based on the in situ data. Assessed is the possibility of using the mesoscale …

Common features of the flow behavior over mountains within the hydraulic jump model are
identified based on an analysis of 36 episodes of severe winds in the regions of …

This chapter considers airflow around mountain systems as a mesoscale atmospheric
phenomenon. It presents a nonlinear stationary dimensional theoretical model of the airflow …

The development of turbulent atmospheric processes accompanying bora winds is modeled
based on the numerical solution of two-dimensional equations of gas dynamics in Euler …

The Novorossiysk bora is being studied for the first time as a phenomenon of flowing around
real low mountains using a nonlinear analytical two-dimensional model. The vertical …

This study is focused on the alterations and typical features of the wind wave climate of the
Black Sea's coastal waters since 1979 till nowadays. Wind wave parameters were …

Important features of the Novorossiysk bora are being investigated using a nonlinear
analytical stationary two-dimensional model. Vertical unboundedness of the atmosphere …

Data from synthetic aperture radars (SAR) provide new opportunities for observing and
studying local katabatic winds (bora and foehn) over the seas in different regions of the …

The article considers the Adriatic bora as a phenomenon of flow around real mountains
using a nonlinear analytical two-dimensional model. The atmosphere is presented as three …