ARTICLE
TITLE

Numerical modeling of Dnepr river water pollution after emergency leakage from the ammonia pipe "Tolyatti – Odessa"

SUMMARY

The 2D numerical model was developed and used to simulate river pollution after accident on the ammonia pipe over Dnipro River. The model is based on the numerical integration of the K-gradient transport model and potential flow. The results of numerical experiment are presented.

PAGES
pp. 181 - 186

 Articles related

V. V. Beliaieva    

A numerical model to simulate the process of pollutant transfer in rooms was developed. The numerical simulation is carried out using 3D models of pollutant transfer and potential flow. The implicit finite difference schemes are used. The results of nume... see more


A. N. Pshinko,N. N. Beliaiev,L. V. Pokutnieva    

The 2D numerical model was used to simulate the pollutant dispersion in river after an accident. The model is based on the equation of potential flow and the transport model. The numerical modeling results are presented.


P. B. Mashykhina    

The 3D numerical model was used to simulate the toxic gas dispersion over complex terrain. The model is based on the K-gradient transport model and the model of potential flow. The results of numerical experiment are presented.


N. N. Beliaiev,A. V. Radkevych,V. M. Lysniak    

The 3D CFD model to simulate the pollutant transfer of toxic gas after accidents was used. The model is based on the transport gradient model. The results of numerical experiments on forecasting the level of air contamination are presented.


N. N. Biliaiev,H. K. Nagornaya    

The 2D-numerical model was developed and used to simulate the pollutant transfer in the vertical settler. The model is based on the numerical integration of the K-gradient transport model and the model of the potential flow. The results of numerical expe... see more