MATH

RIMS

“ม•สu‰‰‰๏‚ฬ‚จ’m‚็‚น

    uŽtF John BallŽ
    (Mathematical Institute, Oxford University)
    Š๚“๚F 9ŒŽ13“๚i…—j“๚j‚P‚TF‚R‚O`‚P‚UF‚R‚O
    ๊ŠF ‹ž“s‘ๅŠw—Šw•”‚U†Šู‚R‚O‚P†Žบ
    ƒ^ƒCƒgƒ‹F ENERGY MINIMIZATION AND SINGULARITIES: a guided tour of the calculus of variations and its applications to nonlinear materials.
    Abstract: The second law of thermodynamics motivates the search for energy-minimizing configurations of materials and the study of their stability. The calculus of variations should tell us whether such configurations exist and what they look like. For nonlinear materials such as alloys or liquid crystals the corresponding energy functionals may or may not have minimizers, while if they exist minimizers can be singular. The lecture will describe some of the interesting conceptual, analytic and computational issues that arise in this area.

 

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