A.A. Jumabayeva , A.E. Zhetpisbayeva
THE ORDER OF THE BEST APPROXIMATION OF FUNCTIONS IN LEBESQUE SPACE
43-51
A. Igenberlina, Zh. Keulimzhayeva
THE DYADIC INTEGRAL MODULE OF CONTINUITY AND BEST APPROXIMATIONS OF A FUNCTION OF MULTIPLE VARIABLES BY WALSH POLYNOMIALS
24-31
N. Alimbekova, A. Bakishev, A. Berdyshev
STABILITY OF SOLUTIONS TO THE FRACTIONAL DIFFERENTIAL FILTRATION PROBLEM WITH A VARIABLE ORDER OF THE FRACTIONAL DERIVATIVE
7-16
M. Bektemessov, S. Kabanikhin, YE. Kuryshbayev
VISUALIZATION OF THE STABILITY AREA FOR SOME DIFFERENTIAL EQUATIONS ON THE COMPLEX PLANE
29-36
N. Uteuova, K. Shiyapov, A. Bekbauova, B. Sharipova
SOLVING NONLINEAR BOUNDARY VALUE PROBLEMS BY THE APPROXIMATE METHOD
46-54
Zh.O. Akhatayeva, G.R. Kochshanova, L.D. Diyarova, B.T. Kulzhagarova, B.A. Mukushev
TRANSCENDENTAL EQUATIONS, DESCRIBING MECHANICAL PHENOMENA
80-89
B. Assilbekov, Zh. Akasheva, D. Bolysbek , A. Kuldjabekov
NUMERICAL STUDY OF CARBONATE ROCK DISSOLUTION: IMPACT OF A DOMAIN SCALE
63-72
M.A. Bektemessov, S.I. Kabanikhin, YE.ZH. Kuryshbayev
VISUALIZATION OF THE STABILITY AREA OF THE CAUCHY DIFFERENCE PROBLEM IN THE COMPLEX PLANE
59-66
G.I. Utessova, A.B. Utessov
DISCRETIZATION OF SOLUTIONS TO THE HEAT EQUATION IN THE CONTEXT OF THE STUDY "СOMPUTATIONAL (NUMERICAL) DIAMETER"
23-31
N. Alimbekova, D. Baigereyev, A. Berdyshev
FINITE ELEMENT METHOD FOR SOLVING A FRACTIONAL FLOW MODEL IN POROUS MEDIA
7-14
V.O. Kurmangaliуeva , A.D. Duisenbaу , N.S. Askar , S.A. Zharilkassimova
RESEARCH OF THE THERMONUCLEAR REACTIONS WITH THE FORMATION OF 7Be NUCLEUS IN THE CLUSTER APPROXIMATION
117-122
Kh.I. Usmanov, A.S. Zhappar
UNAMBIGUOUS SOLVABILITY OF A PARTICULAR CASE OF SYSTEMS OF INTEGRODIFFERENTIAL EQUATIONS WITH A PULSED KAEV DISTANCE CONTAINING A PARAMETER
78-84
R. S. Ysmagul , А.Е. Nurgeldina
METHODS FOR SOLVING FREDHOLM INTEGRAL EQUATIONS
174-178
А.А. Issakhov , Zh.E. Bekzhigitova , P.T. Omarova
NUMERICAL MODELING DISTRIBUTION OF CONTAMINATING SUBSTANCES IN STREET CANYONS
84-92
М.Е. Eskaliyev, А.А. Masimgazieva, N.A. Nurgali
IN INTERPOLATING THE VALUES OF FUNCTIONS SPECIFIED BY THE TABLE EFFECTIVENESS OF THE LEAST SQUARES METHOD
68-71
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