|
General numerical methods
|
|
A unified analysis of variational inequality methods: variance reduction, sampling, quantization, and coordinate descent
A. N. Beznosikov, A. V. Gasnikov, K. E. Zainullina, A. Yu. Maslovskii, D. A. Pasechnyuk
|
189–217 |
|
|
Analysis of numerical differential formulas on a Bakhvalov mesh in the presence of a boundary layer
A. I. Zadorin
|
218–226 |
|
|
On the simultaneous reduction of a pair of unitoid matrices to diagonal form
Kh. D. Ikramov
|
227–229 |
|
|
Improved quadrature formula for a single-layer potential
P. A. Krutitskii, I. O. Reznichenko
|
230–244 |
|
|
Ordinary differential equations
|
|
|
Singular nonlinear problems for phase trajectories of some self-similar solutions of boundary layer equations: correct formulation, analysis, and calculations
N. B. Konyukhova, S. V. Kurochkin
|
245–261 |
|
|
A class of singularly perturbed equations with discontinuous right-hand side in the critical case
Shitao Liu, M. Ni
|
262 |
|
|
Partial Differential Equations
|
|
|
On approximate solution of one class of singular integro-differential equations
N. S. Gabbasov
|
263–272 |
|
|
Asymptotics of the solution to the Cauchy problem for a singularly perturbed operator differential transport equation with weak diffusion
A. V. Zaborskiy, A. V. Nesterov
|
273–281 |
|
|
Local solvability, blow-up, and Hölder regularity of solutions to some Cauchy problems for nonlinear plasma wave equations: II. Potential theory
M. O. Korpusov, E. A. Ovsyannikov
|
282–316 |
|
|
Mathematical physics
|
|
|
Reynolds analogy coefficient in the longitudinal cylindrical Couette problem: from the continuous medium to free molecular flow
A. A. Abramov, V. Yu. Aleksandrov, A. V. Butkovskii
|
317–326 |
|
|
Memory response on thermoelastic behavior with temperature dependent material moduli under mechanical strip load
Aktar Seikh, Soumen Shaw, Smita Pal (Sarkar)
|
327 |
|
|
On stability of an approximate solution of the Cauchy problem for some first-order integrodifferential equations
P. N. Vabishchevich
|
328–335 |
|
|
Solution of the Boltzmann equation in the continuum flow regime
F. G. Cheremisin
|
336–348 |
Contact us: