P A Davidson University of Cambridge
P A Davidson University of Cambridge, Research interests
Two dominant themes in geophysical fluid mechanics are waves and turbulence. Such flows are generally subject to a background rotation, strong stratification, or an ambient magnetic field, and in all three cases this allows the fluid to sustain internal wave motion. Moreover, these flows are almost invariably turbulent, and the turbulence is often central to their behaviour. So one of the keys to making progress in geophysical fluid mechanics is to understand how waves and turbulence interact. This provides much of the motivation for Professor Davidson’s current research.
Lecturing advanced courses on fluid mechanics (vortex dynamics and turbulence) and partial differential equations.
On the editorial team of Journal Fluid Mechanics.
1975-1979 University of Aberdeen B.Sc.in Engineering Sc.
1979-1983 Research Engineer, T.I. Research Laboratories
1983-1986 University of Cambridge, Dept. Engineering PhD
1986-1987 Research Associate , D.A.M.T.P., Univ. of Cambridge
1987-1989 Senior Engineer, Westinghouse R&D Center, Pittsburgh, U.S.A.
1989-1994 Lecturer, Dept. of Mechanical Engineering, Imperial College, London.
1994-Present Lecturer, then Reader, then Professor, Univ. Cambridge, Dept. Engineering
Davidson, PA (2016) Dynamos driven by Helical Waves: scaling laws for numerical dynamos and for the planets. Geophysical Journal International, 207. pp. 680-690.