Jinlong Wei

activity

20172021

most citedOn weak solutions of stochastic differential equations with sharp drift coefficients

5 citations · 11 across the 13 of their papers we have counts for

collaborators

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4 papers · 1 filter

math.DS2020

The central configuration of the planar ( $N$ +1)-body problem with a regular $N$ -polygon

Liang Ding, Jinlong Wei, Shiqing Zhang

For planar ( $N$ +1)-body ( $N$ \, $\geq$ 2) problem with a regular $N$ -polygon, under the assumption that the ( $N$ +1)-th body locates at the geometric center of the regular $N$ -polygon…

math.DS2019

Notes on spatial twisted central configurations for $2 N$ -body problem

Liang Ding, Juan Manuel Sánchez-Cerritos, Jinlong Wei

We study the spatial central configuration formed by two twisted regular $N$ -polygons. For any twist angle $θ$ and any ratio of the masses $b$ in the two regular $N$ -polygons, we p…

math.DS2019

Eulerian collinear configuration for 3-body problem

Liang Ding, Juan Manuel Sánchez-Cerritos, Jinlong Wei

For 3-body problem with any given masses $m_{1}, m_{2}, m_{3} > 0$ , there exist only Eulerian collinear central configuration and Lagrangian equilateral-triangle central configuration,…

math.DS2017

On mountain pass theorem and its application to periodic solutions of some nonlinear discrete systems

Liang Ding, Jinlong Wei, Shiqing Zhang

We obtain a new quantitative deformation lemma, and then gain a new mountain pass theorem. More precisely, the new mountain pass theorem is independent of the functional value on t…

The central configuration of the planar (N+1)-body problem with a regular N-polygon

Notes on spatial twisted central configurations for 2N-body problem

Eulerian collinear configuration for 3-body problem

On mountain pass theorem and its application to periodic solutions of some nonlinear discrete systems

The central configuration of the planar ( $N$ +1)-body problem with a regular $N$ -polygon

Notes on spatial twisted central configurations for $2 N$ -body problem