数学系Seminar第1787期 The Fractional Green's Function by Babenko's Approach

创建时间:  2019/04/08  龚惠英   浏览次数:   返回

报告主题: The Fractional Green's Function by Babenko's Approach
报告人:Chenkuan Li  教授  ( 布兰登大学)
报告时间:2019年5月20日(周一)15:00
报告地点:校本部G507
邀请人:李常品
主办部门:理学院数学系
报告摘要:The goal of this talk is to derive the fractional Green's function for the first time in the distributional space ${\mathcal D}'(R^+)$ for the following fractional-order differential equation with constant coefficients 
    a u^{(\beta)}(t) + b u^{(\alpha)}(t) + c u(t) = g(t)
by Babenko's Approach, without using any integral transforms, such as Laplace transform.  The results obtained are more generalized than classical ones as they deal with distributions in Schwartz's sense.  Furthermore, we provide several interesting applications of solving the fractional differential equations for various values of $\beta$ and $\alpha$ with $\beta > \alpha > 0$, by showing the convergence of double series based on Gamma functions.

 

欢迎教师、学生参加!

上一条:数学系Seminar第1788期 奇异Kawarada偏微分方程和六种移动网格思想的数值试验

下一条:物理学科Seminar第467讲 二维材料及其异质结的光电性质与器件物理研究


数学系Seminar第1787期 The Fractional Green's Function by Babenko's Approach

创建时间:  2019/04/08  龚惠英   浏览次数:   返回

报告主题: The Fractional Green's Function by Babenko's Approach
报告人:Chenkuan Li  教授  ( 布兰登大学)
报告时间:2019年5月20日(周一)15:00
报告地点:校本部G507
邀请人:李常品
主办部门:理学院数学系
报告摘要:The goal of this talk is to derive the fractional Green's function for the first time in the distributional space ${\mathcal D}'(R^+)$ for the following fractional-order differential equation with constant coefficients 
    a u^{(\beta)}(t) + b u^{(\alpha)}(t) + c u(t) = g(t)
by Babenko's Approach, without using any integral transforms, such as Laplace transform.  The results obtained are more generalized than classical ones as they deal with distributions in Schwartz's sense.  Furthermore, we provide several interesting applications of solving the fractional differential equations for various values of $\beta$ and $\alpha$ with $\beta > \alpha > 0$, by showing the convergence of double series based on Gamma functions.

 

欢迎教师、学生参加!

上一条:数学系Seminar第1788期 奇异Kawarada偏微分方程和六种移动网格思想的数值试验

下一条:物理学科Seminar第467讲 二维材料及其异质结的光电性质与器件物理研究