John Trevor Stuart
Trevor Stuart FRS was a mathematician and senior research investigator at Imperial College London working in theoretical fluid mechanics, hydrodynamic stability of fluid flows and nonlinear partial differential equations.
Education
Stuart was educated Gateway Grammar School, Leicester and Imperial College of Science and Technology, London where he was awarded a Bachelor of Science degree in 1949. He continued his study at Imperial College and in 1953 was awarded Ph.D. on the basis of Stability of Viscous Motion for Finite Disturbances.Career
Stuart joined the Aeronautics Division of the National Research Laboratory, returning to join the staff of Imperial College after a few years. He was appointed professor of theoretical fluid mechanics in 1966 and was head of the Department of Mathematics from 1974 to 1979 and 1983 to 1986. He was Dean of the Royal College of Science from 1990 to 1993. He was an emeritus professor at Imperial until his death in 2023.Research
Stuart is known for his work on nonlinear waves in the onset of turbulence in fluids. He also extended the work of Lord Rayleigh with research into steady streaming in unsteady viscous flows at high Reynolds numbers.- 1978: "The Eckhaus and Benjamin-Feir Resonance Mechanisms", Proceedings of the Royal Society A 362: 27, issue 1708,
- 1986: "Taylor-Vortex Flow: A Dynamical System", SIAM Review 28:315 342,,
- 1995: "Distortion of the stagnation-point flow due to cross-stream vorticity in the external flow", Philosophical Transactions of the Royal Society A 352: 443, issue 1700,
- 1996: "Evolution of vorticity in perturbed flow in a pipe", Experimental Thermal and Fluid Science 13: 206 to 210,
- 1997: "The quarterly journal of mechanics and applied mathematics 1947 to 1997", The Quarterly Journal of Mechanics and Applied Mathematics 50:497,8
- 1998: "Singularities in three-dimensional Compressible Euler flows with vorticity", Theoretical and Computational Fluid Dynamics 10: 385–91,
- 2006: "The effects of eccentricity on torque and load in Taylor-vortex flow", Journal of Fluid Mechanics 87: 209