数学系“60周年”系庆系列报告 Study of geophysical boundary layer problems

创建时间:  2020/08/17  龚惠英   浏览次数:   返回

    数学系 Seminar 第1993期

    数学系“60周年”系庆系列报告

报告主题:Study of geophysical boundary layer problems

报告人:王亚光 教授 (上海交通大学)

报告时间:2020年8月18日(周二) 14:30-16:30

参会方式:腾讯会议

会议ID:873 777 5758

主办部门:理学院数学系

报告摘要:In this talk, we shall study the well-posedness, blowup in a finite time, and the backflow phenomenon of the geophysical boundary layer problem, in the large Reynolds number and beta parameter limit of the oceanic current motion at midlatitudes under the action of wind and the Coriolis force. In contrast with the classical Prandtl boundary layer equation, the geophysical boundary layer equation has an additional integral term arising from the Coriolis force. By analysis, we find that this integral term triggers the formulation of singularities earlier, comparing with the corresponding results of the classical Prandtl equations. This is a joint work with Xiang Wang.


欢迎教师、学生参加!

上一条:数学系“60周年”系庆系列报告 正交约束优化的新方法

下一条:数学系学术报告 Simplicity of vacuum modules and associated varieties


数学系“60周年”系庆系列报告 Study of geophysical boundary layer problems

创建时间:  2020/08/17  龚惠英   浏览次数:   返回

    数学系 Seminar 第1993期

    数学系“60周年”系庆系列报告

报告主题:Study of geophysical boundary layer problems

报告人:王亚光 教授 (上海交通大学)

报告时间:2020年8月18日(周二) 14:30-16:30

参会方式:腾讯会议

会议ID:873 777 5758

主办部门:理学院数学系

报告摘要:In this talk, we shall study the well-posedness, blowup in a finite time, and the backflow phenomenon of the geophysical boundary layer problem, in the large Reynolds number and beta parameter limit of the oceanic current motion at midlatitudes under the action of wind and the Coriolis force. In contrast with the classical Prandtl boundary layer equation, the geophysical boundary layer equation has an additional integral term arising from the Coriolis force. By analysis, we find that this integral term triggers the formulation of singularities earlier, comparing with the corresponding results of the classical Prandtl equations. This is a joint work with Xiang Wang.


欢迎教师、学生参加!

上一条:数学系“60周年”系庆系列报告 正交约束优化的新方法

下一条:数学系学术报告 Simplicity of vacuum modules and associated varieties