ProfessorSpencer Sherwin, FREng
Professor of Computational Fluid Mechanics
Department of Aeronautics - Faculty of Engineering
Orcid identifier0000-0001-7681-2820 (opens in a new tab)
- Professor of Computational Fluid MechanicsDepartment of Aeronautics - Faculty of Engineering
- 020 7594 5052 (Work)
- 318, City and Guilds Building, South Kensington Campus, United Kingdom
RESEARCH
Overview
computational fluid mechanics, High fidelity modelling using Spectral/hp Element methods
Bluff Body Fluid Mechanics
- Separated flows past deformed
- Fluid structure interactions of bridge deck
- Dynamic fluid loading on deep water riser pipes
- Instability analysis of wakes
Biomedical Flows
- Geometric classification of peripheral bypass grafting
- Flow dynamics of arterial bypass grafts
- Flow forces of arterial branches and their association with arterial disease patterns
- Modelling of hetrogeneous LDL accumulation due to concentration polarisation
Spectral/hp methods
- Mesh generation for high order compact approximations
- High order particle tracking
- Efficiency of high and low order discretisations
- Elliptic preconditioning of unstructured hybrid spectral/hp element methods
computational fluid mechanics, High fidelity modelling using Spectral/hp Element methods
Bluff Body Fluid Mechanics
- Separated flows past deformed
- Fluid structure interactions of bridge deck
- Dynamic fluid loading on deep water riser pipes
- Instability analysis of wakes
Biomedical Flows
- Geometric classification of peripheral bypass grafting
- Flow dynamics of arterial bypass grafts
- Flow forces of arterial branches and their association with arterial disease patterns
- Modelling of hetrogeneous LDL accumulation due to concentration polarisation
Spectral/hp methods
- Mesh generation for high order compact approximations
- High order particle tracking
- Efficiency of high and low order discretisations
- Elliptic preconditioning of unstructured hybrid spectral/hp element methods