Tamabay D 1

1. ALPERT WAVELET-BASED GALERKIN METHOD FOR FIRST-KIND FREDHOLM INTEGRAL EQUATIONS
2. Analysis of Data on Air Pollutants in the City by Machine-Intelligent Methods Considering Climatic and Geographical Features
3. Assessment of the Negative Impact of Urban Air Pollution on Population Health Using Machine Learning Method
4. Atmospheric Modelling of Photochemical Transformations of Pollutants: Impact of Weather Conditions and Diurnal Cycle (Case Study: Ust-Kamenogorsk, Kazakhstan)
5. Comparative Analysis of Wavelet Bases for Solving First-Kind Fredholm Integral Equations
6. Mathematical and computer modeling of atmospheric air pollutants transformation with input data refinement
7. Numerical Modeling for Enhanced Pollutant Transport Prediction in Industrial Atmospheric Air
8. Spread of harmful substances in the atmosphere of industrial cities of Kazakhstan: modeling and data refinement
9. TRIANGULATION BY THE ADVANCED FRONT METHOD WITH SOME ADDITIONS
10. ANALYSIS OF STABILITY AND CONVERGENCE OF A MODIFIED THREE-STEP SPLITTING SCHEME FOR NAVIER-STOKES EQUATIONS
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