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Lecture 11.08. Elastic stretching of the wire will balance the gravitational energy (Aerodynamic CFD) View |
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Lecture 11.06. Energy minimization: a physical example (Aerodynamic CFD) View |
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Lecture 11.09. The position of the wire will be determined by minimizing the energy in the wire (Aerodynamic CFD) View |
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Lecture 11.11. Connecting the problem to the finite element method (Aerodynamic CFD) View |
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Lecture 11.05. Constructing a system to calculate degrees-of-freedom (Aerodynamic CFD) View |
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Lecture 11.12. Finding an integral-based statement to find the element-wise solution (Aerodynamic CFD) View |
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Lecture 11.04. Finite element method as an optimization problem (Aerodynamic CFD) View |
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Lecture 11.10. Using calculus of variations to determine the minimizer (Aerodynamic CFD) View |
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Lecture 11.01. Finite element representations (Aerodynamic CFD) View |
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Lecture 11.02. The goal of finite element method: minimize error (Aerodynamic CFD) View |