1. EDDY MOTION IN THE ATMOSPHERE.
2. SKIN FRICTION OF THE WIND ON THE EARTH'S SURFACE.
3. CONDITIONS AT THE SURFACE OF A HOT BODY EXPOSED TO THE WIND.
4. ON THE DISSIPATION OF SOUND IN THE ATMOSPHERE.
5. VARIATION OF WIND VELOCITY CLOSE TO THE GROUND (WITH C. J. P. CAVE).
6. THE FORMATION OF FOG AND MIST.
7. OBSERVATIONS AND SPECULATIONS ON THE NATURE OF TURBULENT MOTION.
8. PHENOMENA CONNECTED WITH TURBULENCE IN THE LOWR ATMOSPHERE.
9. ON THE DISSIPATION OF EDDIES.
10. SKIN FRICTION ON A FLAT SURFACE.
11. TIDAL FRICTION IN THE IRISH SEA.
12. TIDAL FRICTION AND THE SECULAR ACCELERATION OF THE MOON.
13. TIDAL OSCILLATIONS IN GULFS AND RECTANGULAR BASINS.
14. DIFFUSION BY CONTINUOUS MOVEMENTS.
15. TIDES IN THE BRISTOL CHANNEL.
16. THE DECAY OF EDDIES IN A FLUID.
17. AN EXPERIMENT ON THE STABILITY OF SUPERPOSED
STREAMS OF FLUID.
18. THE CRITERION FOR TURBULENCE IN CURVED PIPES.
19. WAVES AND TIDES IN THE ATMOSPHERE.
20. THE APPLICATION OF OSBORNE REYNOLDS'S THEORY OF HEAT TRANSFER TO FLOW THROUGH A PIPE.
21. EFFECT OF VARIATION IN DENSITY ON THE STABILITY OF SUPERPOSED STREAMS OF FLUID.
22. INTERNAL WAVES AND TURBULENCE IN A FLUID OF VARIABLE DENSITY.
23. NOTE ON THE DISTRIBUTION OF TURBULENT VELOCITIES IN A FLUID NEAR A SOLID WALL.
24. THE TRANSPORT OF VORTICITY AND HEAT THROUGH FLUIDS IN TURBULENT MOTION.
25. THE RESONANCE THEORY OF SEMIDIURNAL ATMOSPHERIC OSCILLATIONS.
26. TURBULENCE IN A CONTRACTING STREAM.
27. STATISTICAL THEORY OF TURBULENCE. PART I.
28. STATISTICAL THEORY OF TURBULENCE. PART II.
29. STATISTICAL THEORY OF TURBULENCE. PART III. DISTRI-BUTION OF DISSIPATION OF ENERGY IN A PIPE OVER ITS
CROSS-SECTION.
30. STATISTICAL THEORY OF TURBULENCE. PART IV. DIFFUSION IN A TURBULENT AIR STREAM.
31. DISTRIBUTION OF VELOCITY AND TEMPERATURE BETWEEN CONCENTRIC ROTATING CYLINDERS.
32. THE MEAN VALUE OF THE FLUCTUATIONS IN PRESSU: AND PRESSURE GRADIENT IN A TURBULENT FLUID.
33. STATISTICAL THEORY OF TURBULENCE. PART V. EFFECT OF TURBULENCE ON BOUNDARY LAYER. THEORETICAL
DISCUSSION OF RELATIONSHIP BETWEEN SCALE OF TUR-
BULENCE AND CRITICAL RESISTANCE OF SPHERES.
34. THE OSCILLATIONS OF THE ATMOSPHERE.
35. CORRELATION MEASUREMENTS IN A TURBULENT FLOW THROUGH A PIPE.
36. FLUID FRICTION BETWEEN ROTATING CYLINDERS. PART I. TORQUE MEASUREMENTS.
37. FLUID FRICTION BETWEEN ROTATING CYLINDERS. PART II.
DISTRIBUTION OF VELOCITY BETWEEN CONCENTRIC CYLIN-
DERS WHEN OUTER ONE IS ROTATING AND INNER ONE IS
AT REST.
38. MECHANISM OF THE PRODUCTION OF SMALL EDDIES FROM
LARGE ONES (WITH A. E. GREEN).
39. FLOW IN PIPES AND BETWEEN PARALLEL PLANES.
40. THE STATISTICAL THEORY OF ISOTROPIC TURBULENCE.
41. PRODUCTION AND DISSIPATION OF VORTICITY IN A TUR-
BULENT FLUID.
