I am interested in understanding the physics in both atmosphere and ocean. Here you can find some of my interests:<\/p>\n
-dynamic meteorology (teaching at the moment),<\/p>\n
-boundary layer meteorology,<\/p>\n
-numerical modeling (teaching at the moment),<\/p>\n
-numerical weather forecasting,<\/p>\n
-climate modeling and climate data assessing,<\/p>\n
-oceanography.<\/p>\n
Research projects<\/strong>:<\/p>\n -Velibor Zeli, “Implementing semi-Lagrangian advection scheme for modeling of passive advection on the surface of a sphere<\/a>” (Serbian version). FORTRAN source code that was used in making this project along with Bash scripts and Python scripts for compilation and plotting can be found here<\/a>.<\/p>\n -Velibor Zeli, “Guide on how to Obtain and Process Climate Model Data<\/a>” (English version),<\/p>\n -Velibor Zeli, “Calculating friction velocity and heat flux in the surface layer using Monin-Obukhov similarity theory<\/a>” (English version),<\/p>\n -Velibor Zeli, “Numerical modeling of albedo aggregation in the case of cylindrical geometry located in the grid cell using Monte Carlo Ray Tracing method” (English version),<\/p>\n Conference poster<\/strong>:<\/p>\n -Velibor Zeli, Zorica Podrascanin, Beata Bukosa,\u00a0 “Numerical weather prediction at the Faculty of Sciences, University of Novi Sad<\/a>” at the Fourth scientific-professional conference Challenges in meteorology 4 of the Croatian Meteorological Society.<\/p>\n