Roma Lecture Notes on Turbulence
Fall 2024


Seminar 1: A Survey of Critical Experiments on Turbulence: Lecture1.pdf


Seminar 2: Does the Continuum Navier-Stokes Equation Describe Turbulence?: Lecture2.pdf


Seminar 3: Onsager's Ideal Turbulence Theory: Lecture3.pdf


Seminar 4: The Local, Deterministic 4/5th Law: Lecture4.pdf


Seminar 5: Lagrangian Spontaneous Stochasticity: Lecture5.pdf


Seminar 6: Turbulent Vorticity Dynamics: Lecture6.pdf


Seminar 7: Eulerian Spontaneous Stochasticity: Lecture7.pdf


Seminar 8: Drag and the Josephson-Anderson Relation: Lecture8.pdf


Seminar 9: Vorticity Interactions with Solid Walls and Flow Separation: Lecture9.pdf


Seminar 10: Turbulent Vorticity-Wall Interactions and Lighthill's Mechanism: Lecture10.pdf


Seminar 11: Onsager Cascades in Wall-Bounded Turbulence: Lecture11.pdf


Seminar 12: Onsager Dissipation Anomaly and the Josephson-Anderson Relation: Lecture12.pdf


Seminar 13: Weak-Strong Uniqueness and Extreme Wall Events: Lecture13.pdf






Last modified October 4, 2024 by Greg Eyink.