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Physical response optimization to control sound
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Classroom Contents
Physics of Functional Networks - Henrik Ronellenfitsch
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- 1 Intro
- 2 Optimal network topology for form and function
- 3 Can we control sound in mechanical networks?
- 4 Physical response optimization to control sound
- 5 Can we switch the gap on and off?
- 6 Tuning realistic materials
- 7 Vascular networks grow and remodel themselves
- 8 Minimizing dissipation through growth
- 9 Networks and fluctuations
- 10 Optimal trade-offs in plant leaves
- 11 Structural Networks in Biology: Leaf venation
- 12 Making Networks Rigid
- 13 Constrained Optimization: Simulated Annealing
- 14 Optimal Elastic Networks
- 15 3D Printed Leaf Networks
- 16 Designing resilient networks
- 17 AC power grids are coupled phase oscillators
- 18 Fluctuations in input cause fluctuations in output
- 19 Design principles for resilient grids
- 20 Optimal noise-canceling networks
- 21 Connecting engineering and biology
- 22 Where do loops come from?
- 23 Where will the next loop form?
- 24 Topological comparison to real leaf networks
