Name:	Professor WJ Easson
Organisation:	University of Edinburgh
Department:	Sch of Engineering
Current EPSRC-Supported Research Topics:

Current EPSRC Support

There is no current EPSRC Support

Previous EPSRC Support

GR/R19793/01 Computational Modelling and 3D Imaging: Estimation of the Biomechanical Status of Diseased Arteries In-Vivo (C) GR/N04843/01 THREE-DIMENSIONAL LASER ANEMOMETER FOR MULTI-PROJECT APPLICATION (P) GR/K77259/01 INHOMOGENEOUS PARTICLE LOADING IN PULVERISED FUEL TRANSPORT AND LOW NOX BURNERS (P) GR/L03682/01 IMPROVING HORIZONTAL REBOILER CIRCULATION MODELS WITH THE AID OF PARTICLE IMAGE VELOCIMETRY (C) GR/K81140/01 LOADING ON DEEP WATER INSTALLATIONS DUE TO SOLITARY INTERNAL WAVES (RIS 32) (P) GR/J85462/01 SERC POST-DOCTORAL FELLOWSHIP DEVELOPMENT OF A SIMULTANEOUS PIV SYSTEM FOR THE STUDY OF FLOW FIELDS (P) GR/J23549/01 DYNAMIC RESPONSE OF TLP'S IN EXTREME WAVES AND CURRENTS (COM 32) (C) GR/J43899/01 MODELLING OF BREAKING WATER WAVES (C) GR/J51108/01 DISPERSION OF POLLUTANTS DUE TO WAVE ACTION (POL 15) (C) GR/J45800/01 MODELLING OF BREAKING WAVES (C) GR/J11829/01 THE MEASUREMENT OF MULTI-FREQUENCY WAVES BREAKING ON BEACHES (P) GR/J09956/01 SIMULTANEOUS PIV MEASUREMENTS OF AIR AND PARTICLE PHASES IN PNEUMATIC PARTICLE TRANSPORT PIPELINES (P) GR/H43755/01 THE KINEMATICS OF WAVE-INDUCED FLOWS AROUND SEABED PIPELINES (OCS 74) (P) GR/H17411/01 FIBRE OPTICS FOR PARTICLE IMAGE VELOCIMETRY (P) GR/H16421/01 FAST OPTICAL ANALYSIS FOR PIV USING SPATIAL LIGHT MODULATORS (C) GR/F89169/01 DISPERSAL OF PARTICLE ROPES IN FLOW REGIMES CHARACTERISTIC OF LOW-NO BURNERS (C) GR/F92480/01 THREE-DIMENSIONAL BREAKING WAVES (OCE 46) (C)

Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator