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| Week 1 | ||||
|---|---|---|---|---|
| July 5 | Brenner | Introduction to Fluid Mechanics I | ||
| Lohse | Bubble Puzzles | PPT | ||
| July 6 | Brenner | Introduction to Fluid Mechanics II | ||
| Stebe | Surfacants and Marangoni Effects | Slides | Notes | Videos (zipped) | ||
| Tuckerman | Hydrodynamic Instabilities | PDF1, PDF2, PDF3, Slides | ||
| July 7 | Tuckerman | Pattern Formation | ||
| Lohse | Thermal Convection (turbulence) | |||
| Quere | Capillarity and Wetting I | |||
| July 7 | Brenner | Science and Cooking | ||
| July 8 | Stebe | Capillary Interactions between Particles | Slides | Notes | Videos (zipped) | |
| Quere | Capillarity and Wetting II | |||
| Goldenfeld | Drag on Moving Bodies and the Renormalization Group | |||
| Week 2 | ||||
| July 11 | Lathrop | What is Turbulence? | ||
| Goldenfeld | Introduction to Turbulence (statistical theory) | |||
| Eckhardt | Turbulent Transition | |||
| July 12 | Pouquet | How Many Types of Turbulence are There? | PPT | |
| Goldenfeld | Theoretical Advances in the Statistical Theory of Turbulence | |||
| July 13 | Voth | Turbulent Mixing I | PPT | |
| Lathrop | Turbulence Experimental Introduction I | |||
| Eckhardt | Advances in Turbulent Transition I | |||
| July 14 | Voth | Experimental Advances in the Statistical Theory of Turbulence | PDF (joint with lecture 3) | Notes | |
| Pouquet | Spectra of Turbulence and Turbulent Transition | |||
| Voth | Turbulent Mixing II | PDF (joint with lecture 2) | ||
| July 15 | Eckhardt | Advances in Turbulent Transition II | ||
| Lathrop | MHD Turubulence and the Dynamo Problem | |||
| Week 3 | ||||
| July 18 | Hosoi | Introduction to Biofluid Dynamics (Low Reynolds Number) | ||
| Joanny | Active Matter with Biological Molecules I | Slides | Notes | ||
| July 19 | Gollub | Biological Active Matter I | ||
| Joanny | Active Matter with Biological Molecules II | Slides | Notes (joint with lecture 1) | ||
| Jaeger | Granular Matter I | PDF (revised) | ||
| July 20 | Gollub | Biological Active Matter II | PDF (joint with lecture 1) | |
| Joanny | Active Matter with Biological Molecules III | Slides | Notes (joint with lectures 1 and 2) | ||
| Sen | Introduction to Synthetic Active Matter | |||
| July 21 | Jaeger | Granular Matter II | ||
| Hosoi | Bio-inspired Robotics (swimming, crawling and digging) | |||
| Sen | Powering Active Particle and Fluid Motion | PDF (Joint with lecture 1) | ||
| July 21 | Hosoi | From Razor Clams to Robots: Drawing Engineering Inspiration from Natural Systems | ||
| July 22 | Sen | Collective Behavior of Autonomous Nano/Microbots | PDF (Joint with lectures 1 and 2) | |
| Week 4 | ||||
| July 25 | Shelley | Introduction to Biofluid Dynamics (all Reynolds numbers) | ||
| Palffy-Muhory | Amazing Things with Liquid Crystals I | |||
| Goldman | Swimming in Sand I | |||
| July 26 | Fauci | Amazing Simulations I | PPT | Notes | Homework | |
| Palffy-Muhory | Amazing Things with Liquid Crystals II | |||
| Goldman | Swimming in Sand II | |||
| Shelley | Modeling comples & active fluids | |||
| July 27 | Fauci | Amazing Simulations II | PPT | |
| Palffy-Muhory | Amazing Things with Liquid Crystals III | |||
| Goldman | Swimming in Sand III | |||
| July 28 | Fauci | Amazing Simulations III | PPT | |
| Shelley | More Active Matter and Wrap-up | |||