V.N. Polupanov, S.S. Zhugavlo
Kerch Branch (“YugNIRO”) of Azov Sea Research Fisheries Institute
Russian Federation, Kerch, Sverdlov St., 2
Possibility for modeling of transport and deposition of the inert suspended matter cloud in the shallow waters and coastal areas using two-dimensional model based on cellular automata is investigated. Comparison of the model with an analytical solution of the advective diffusion classical equation showed its adequacy. An example of simulation in the shallow water area is provided. Implementation is carried out in the form of a web-based program designed for rapid calculation of pollution parameters with suspended matter emissions while conducting hvdrotechnical operations in order to assess negative effects on water organisms.
Keywords: advective diffusion, cloud suspension, sedimentation, shallow waters, drift currents, cellular automata, two-dimensional model, Web programming.
LIST OF REFERENCES
- Al’tman Je.N. Struktura techenij Kerchenskogo proliva. Trudy GOIN. 1975. Vol. 125. pp. 3-16.
- Al’tman Je.N., Lagutin B.A., Tolmazin D. M. Osobennosti gorizontal’noj turbulentnosti v melkovodnom prolive. Sb. rabot EGMO ChAM, 1966. Vol. 4. pp. 75-87.
- Interpoljacija po OVR. ALGLIB [Jelektronnyj resurs] – URL: http: alglib.sources.ru. interpolation/inverse distancewcighting.php (data obrashhenija 25.12.2016).
- Koterov V.N., Jurezanskaja Ju.S. Modelirovanie perenosa vzveshennyh veshhestv na okeanicheskom shel’fe. Zhurnal VM i MF. 2010. Vol. 50. No 2. pp. 375-387.
- Labbers P., Olbers B., Salim F. HTML5 dlja professionalov Moskwa: Vil’jams. 2011. 272 p.
- Metodicheskie ukazanija VRDS 12- 05-03. Moskwa: MO RF. 2003. 87 p.
- Monin A. S. O vzaimodejstvii mezhdu gorizontal’noj i vertikal’noj diffuziej primesej v more. Okeanologija. 1969. No 1. pp. 76—81.
- Ozmidov R.V. Diffuzija primesej v okeane. L.: Gidrometeoizdat, 1991. 279 p.
- Problemy himicheskogo zagrjaznenija vod Mirovogo okeana. T. 2. Processy turbulentnoj diffuzii primesej v more. pod red. V.I. Zaca. L.: Gidrometeoizdat, 1986. 208 p.
- Prozorov A.A. Metodika rascheta zony korotkoperiodnogo vozdejstvija dampinga funtov dnouglublenija: avtoref. diss. … kand. fiz.-mat. nauk. SPb, 2000. 19 p.
- Puhtjar L.D., Osipov Ju.S. Turbulentnye harakteristiki pribrezhnoj zony morja. Trudy GOIN, Vol. 1981. No 158. pp. 36-41.
- Rodi V. Modeli turbulentnosti okruzhajushhej sredy. Metody rascheta turbulentnyh techenij. Pod red. V. Koll’mana; per. s angl. M.: Mir, 1984. 464 p.
- Sudol#skij R.V. Dinamicheskie javlenija v vodojomah. L.: Gidrometeoizdat, 1991. 263 p.
- Tolmazin D.M. Ob osobennostjah gorizontal’noj turbulentnosti v pribrezhnoj zone morja. Izvestija AN SSSR. Ser. FAO, 1972. T. 8. No 3. pp. 339-343.
- Tolmazin D.M., Shnajdman V.A. Statisticheskij analiz techenij i parametrov gorizontal’noj turbulentnosti v Kahovskom vodohranilishhe. Meteorologija i gidrologija. 1972. No 4. pp. 55-60.
- Tolmazin D.M., Shnajdman D.M., Acihovskaja Zh.M. Problemy dinamiki vod severo-zapadnoj chasti Chjornogo morja. Kiev: Nautsova dumka. 1969. 130 p.
- Toffoli T., Margolus N. Mashiny kletochnyh avtomatov. per. s angl. M.: Mir, 1991. 280 p.
- Shadrin I.F. Pribrezhnye vetrovye i gradientnye techenija. Beregovaja zona morja. Moskwa: Nauka, 1981. 184 p.
- H1GHCHARTS [Jelektronnyj, resurs]. – URL: http://highcharts.com (data obrashhenija 25.12.2016).
- The j Query [Jelektronnyj resurs]. – URL: https://jquery.org (data obrashhenija 25.12.2016).