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Free boundary problems are today considered as one of the most important directions in the mainstream of the analysis of partial differential equations (PDEs), with an abundance of applications in various sciences and real world problems. In the last two decades, various new ideas, techniques, and methods have been developed, and new important, challenging problems in physics, engineering, industry, finance, biology, and other areas have arisen.

The topics of this programme are at the forefront of current exciting developments. We realise that there have been few activities on free boundary problems in recent decades in the UK. We strongly believe that a thematic programme at the Newton Institute will have a huge impact on the development of FBPs from all points of view. The programme is directed towards theory, numerics and applications. It will further enhance the interaction between UK mathematicians and top international researchers in this field and strengthen the UK expertise in FBPs.

Read more at www.newton.ac.uk/programmes/FRB/

Free Boundary Problems and Related Topics Cambridge University

    • Bildung

Free boundary problems are today considered as one of the most important directions in the mainstream of the analysis of partial differential equations (PDEs), with an abundance of applications in various sciences and real world problems. In the last two decades, various new ideas, techniques, and methods have been developed, and new important, challenging problems in physics, engineering, industry, finance, biology, and other areas have arisen.

The topics of this programme are at the forefront of current exciting developments. We realise that there have been few activities on free boundary problems in recent decades in the UK. We strongly believe that a thematic programme at the Newton Institute will have a huge impact on the development of FBPs from all points of view. The programme is directed towards theory, numerics and applications. It will further enhance the interaction between UK mathematicians and top international researchers in this field and strengthen the UK expertise in FBPs.

Read more at www.newton.ac.uk/programmes/FRB/

    • video
    Shock diffraction by convex cornered wedges

    Shock diffraction by convex cornered wedges

    Xiang, W (University of Oxford)
    Tuesday 24 June 2014, 10:50-11:20

    • 30 Min.
    • video
    Plenary Lecture 14: Free boundary problems for mechanical models of tumor growth

    Plenary Lecture 14: Free boundary problems for mechanical models of tumor growth

    Vázquez, JL (Universidad Autonoma de Madrid)
    Friday 27 June 2014, 15:00-15:45

    • 51 Min.
    • video
    Plenary Lecture 13: Shock Reflection, von Neumann conjectures, and free boundary problems

    Plenary Lecture 13: Shock Reflection, von Neumann conjectures, and free boundary problems

    Feldman, M (University of Wisconsin-Madison)
    Friday 27 June 2014, 13:30-14:15

    • 52 Min.
    • video
    Plenary Lecture 11: Numerical simulation of endocytosis

    Plenary Lecture 11: Numerical simulation of endocytosis

    Lowengrub, J (University of California, Irvine)
    Friday 27 June 2014, 10:00-10:45

    • 53 Min.
    • video
    Plenary Lecture 12: Slamming in flexible-channel flows

    Plenary Lecture 12: Slamming in flexible-channel flows

    Jensen, O (University of Manchester)
    Friday 27 June 2014, 11:30-12:15

    • 46 Min.
    • video
    Plenary Lecture 10: Absence of the interface splash singularity for the two-fluid Euler equations

    Plenary Lecture 10: Absence of the interface splash singularity for the two-fluid Euler equations

    Shkoller, S (University of Oxford)
    Friday 27 June 2014, 09:00-09:45

    • 52 Min.

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