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Mykola Prytula,   М.М.Притула,  Н.Н. Притула
Mykola Prytula, М.М.Притула, Н.Н. Притула
професор кафедри дискретного аналізу та інтелектуальних систем, Львівський національний університет
Підтверджена електронна адреса в lnu.edu.ua
Назва
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Посилання
Рік
Differential-geometric integrability fundamentals of nonlinear dynamical systems on functional menifolds.(The
OY Hentosh, MM Prytula, AK Prykarpatsky
Lviv: Lviv Univ. Publ, 2006
302006
Differential-geometric and Lie-algebraic foundations of investigating nonlinear dynamical systems on functional manifolds
O Hentosh, M Prytula, A Prykarpatsky
The Second edition. Lviv University Publ, 2006
272006
The gradient-holonomic integrability analysis of a Whitham-type nonlinear dynamical model for a relaxing medium with spatial memory
AK Prykarpatsky, MM Prytula
Nonlinearity 19 (9), 2115, 2006
262006
Algebraic structure of the gradient‐holonomic algorithm for Lax integrable nonlinear dynamical systems. I
AK Prykarpatsky, VH Samoilenko, RI Andrushkiw, YO Mitropolsky, ...
Journal of Mathematical Physics 35 (4), 1763-1777, 1994
241994
Rank of projection-algebraic representations of some differential operators
O Bihun, M Prytula
arXiv preprint arXiv:1011.3782, 2010
232010
The Lie-algebraic discrete approximations in computing analysis
AK Prykarpatsky, MM Prytula, OO Yerchenko
Volyn Mathematical Bulletin 3, 113-116, 1996
161996
Generalization of scheme of the Lie-algebraic method of discrete approximations for Cauchy problem
AA Kindybaliuk, MM Prytula
XIX Ukrainian Conference of Contemporary Problems of Applied Mathematics and …, 2013
62013
The method of Lie-algebraic approximations in the theory of dynamical systems
O Bihun, M Prytula
Mathematical Bulletin of Shevchenko Scientific Society 1, 24-31, 2004
62004
Application of finite elements method for solving variational prolems of channel flows
Y Kokovska, M Prytula, P Venherskyi
Journal of numerical and applied mathematics 3 (126), 75-85, 2017
52017
Application of the generalized method of Lie-algebraic discrete approximations to the solution of the Cauchy problem with the advection equation
AA Kindybaliuk, MM Prytula
Journal of Mathematical Sciences 204, 280-297, 2015
52015
The functional-operator analysis of the problem of convergence for the method of discrete approximations by F. Calogero in Banach spaces
M Lustyk, A Prykarpats’kyi, M Prytula, M Vovk
Mat. Visnyk NTSh 9, 168-179, 2012
52012
The gradient-holonomic analysis of the integrability of a nonlinear Whitham-type model for a relaxing medium with memory
AK Prykarpatsky, MM Prytula
Dopov. Nats. Akad. Nauk Ukr. Mat. Prirodozn. Tekh. Nauki, 13-18, 2006
52006
The complete integrability analysis of the inverse Korteweg-de Vries equation (inv KdV)
M Prytula, V Samoylenko, U Suyarov
Nonlin. Vibration Probl.(Warsaw) 25, 411-422, 1993
51993
Elements of the Theory of Differential-Geometric Structures and Dynamical Systems
MM Prytula, AK Prykarpats
UMK VO, Kiev, 1988
51988
Quasi-linearization and stability analysis of some self-dual, dark equations and a new dynamical system
D Blackmore, MM Prytula, AK Prykarpatski
Communications in Theoretical Physics 74 (10), 105007, 2022
42022
Modification of the lie‐algebraic scheme and approximation error estimations
O Bihun, M Prytula
PAMM: Proceedings in Applied Mathematics and Mechanics 4 (1), 534-535, 2004
42004
Fundamentals of the Theory of Differential-Geometric Structures and Dynamical Systems, Kiev, the Ministry of Educ
M Prytula, A Prykarpatsky, I Mykytiuk
Publ, 1988
41988
On the complete integrability and linearization of a Burgers–Korteweg–de Vries-type nonlinear equation
MM Prytula, AK Prykarpats’ kyi, MI Vovk
Journal of Mathematical Sciences 167, 112-117, 2010
32010
Direct method of Lie-algebraic discrete approximations for advection equation
AA Kindybaliuk, MM Prytula
Вісник Львівського університету. Серія: Прикладна математика та інформатика …, 2018
22018
Combined algorithm for finding conservation laws and implectic operators for the Boussinesq-Burgers nonlinear dynamical system and its finite dimensional reductions
A Kindybaliuk, M Prytula
Journal of Applied Mathematics and Computational Mechanics 13 (3), 85-99, 2014
22014
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