Vladimir Liseikin - Publications
Main Publications
Monographs
1. Liseikin V.D., Petrenko V.E. Adaptive-Invariant Method for the
Numerical Solution of Problems with Boundary and Interior Layers, Comput.
C., Novosibirsk, 1989, (Russian)
2. Liseikin V.D. Grid Generation Methods. Springer-Verlag, Heidelberg,
1999
3. Liseikin V.D. Ordinary Differential Equations and Calculus of
Variations , Novosibirsk 2000
Surveys of Grid Techniques
1. Liseikin V.D. Technology for Generation of 3-dimensional Grids for
Problems in Aerodynamics. Voprosy Atomnoy Nauki i Tekhniki:
Seria Matematicheskoe Modelirovanie Fizicheskikh Protsessov, Vol.3,
P.31-45, 1991, (Russian)
2. Liseikin V.D. Survey of Grid Generation Technology. Advanced
Mathematics: Computations and Applications, Novosibirsk, P.511-517, 1995
3. Liseikin V.D. Construction of Structured Adaptive Grids- a Review.
Comput. Maths. Math. Phys. Vol.36, No1, pp.1-32, 1996
Variational Grid Methods Based on Functionals
of Adaptavity and Regularity
1. Liseikin V.D., Yanenko N.N. The Method of Moving Coordinates in Fluid
Dynamics. Chisl. Met. Mech. Spl. Sr. 7, 2, P.75-82, 1976 (Russian)
2. Yanenko N.N., Danaev N.T., Liseikin V.D. On a Variational Method for
Generating Grids. Chisl. Met. Mech. Spl. Sr. 8, 4, P.157-163, 1977 (Russian)
3. Yanenko N.N., Liseikin V.D., Kovenya V.M., Fomin V.M., Vorozhtsov E.V.
On Some Methods for the Numerical Simulation of Flows with Complex
Structure. Comput. Meth. Appl. Mech.
Eng. 17/18, P.659-671, 1979
Grid Generation by Minimization of Truncation Error
1. Liseikin V.D. and Yanenko N.N. On the Choice of Optimal
Numerical Grids. Chisl. Met. Mech. Spl. Sr. 8, 7, P.100-104,
1977 (Russian)
Diffusion-Adaptation Method
1. Danaev N.T., Liseikin V.D., Yanenko N.N. On the Numerical
Solution of External Flows Around a Rotated Body Using Moving
Curvilinear Coordinates. Chisl. Met. Mech. Spl. Sr. 11, 1, P.51-61,
1980 (Russian)
Algebraic Grid Generation
1. Liseikin V.D., Petrenko V.E. On Numerical Solution of Nonlinear
Singularly-Perturbed Problems. Soviet. Math. Dokl., 1988, Vol.36, No3,
pp.535-538
2. Liseikin V.D., Petrenko V.E. On Numerical Solution of a Quasilinear
Singularly Perturbed Equation with a Turning Point. Soviet. Math. Dokl.,
1989, Vol.38, No2, pp.351-355
3. Liseikin V.D. The Use of Special Transformations for the Numerical
Solution of Problems with Boundary Layers, Zh. Vychisl. Mat. Mat. Fiz.,
1990, Vol.30, No1, pp.58-71 (Russian)
4. Liseikin, V.D. Algebraic adaptation based on stretching functions.
Russ. J. Numer. Anal. Math. Modelling, 1998, Vol.13, No4, p.307-324
5. Liseikin, V.D. Method of algebraic adaptation. J. Comput. Maths. Math.
Physics, 1998, Vol.38, No10, 1692-1709 (Russian)
Adaptive Methods Based on Generation of Uniform Grids on Hypersurfaces
1. Liseikin V.D.The Construction of Regular Grids on
n-Dimensional Surfaces. Comput. Maths. Math. Phys., Vol.31, No11,
pp.47-57, 1991
2. Liseikin V.D. On a Variational Method of Generating Adaptive
Grids on n-Dimensional Surfaces. Soviet Math. Dokl. 1992, Vol.44, No1,
pp.149-152
3. Liseikin V.D. On Some Interpretations of a Smoothness Functional Used in
Generating Regular and Adaptive Grids,
Russ. J. Numer. Math. Modelling, Vol.8, No6, P.453-462, 1993
4. Liseikin V.D., Petrenko V.E. On Analytical and Numerical Investigations
of the Projection Method for Generation of
Adaptive Grids. Computational Technologies, Novosibirsk, Vol.3, No9,
P.108-120, 1994 (Russian)
5. Liseikin V.D.Adaptive Grid Generation on the Basis of
Smoothness Functional.Numer.Grid Generation in CFD, Proc.5th.
Int. Conf. MSU, 1996, Vol.2, pp.1131-1140
Qualitative and Numerical Analysis
of Boundary and Interior Layers
1. Liseikin, V.D. On the numerical solution of
singularly-perturbed equations with a turning point.
J. Comput. Math. Math. Phys., 1984, Vol.24, No12, 1812--1818
(Russian) [English transl.: USSR Comput. Math. and Math. Phys., 24,
1984]
2. Liseikin, V.D. On the numerical solution of equations
with a power boundary layer. J. Comput. Math. Math. Phys., 1986, Vol.26,
No12, 1813--1820 (Russian)
3. Liseikin, V.D., Petrenko, V.E. Adaptive invariant
method for solving aerodynamics problems with a small parameter
affecting the higher derivatives. In: Proceedings of Soviet
Union-Japan Symposium on CFD, 1989, Comp. Cent. USSR Acad. Sci.,
Moscow, vol.2, pp. 184-190
4. Liseikin, V.D. Estimates for derivatives of solutions to differential
equations with boundary and interior layers. Siberian. Math. Journal, 1993,
July, 1039-1050
Robert Schneiders