EPSRC logo
Researcher Details
 
Name: Professor M Edirisinghe
Organisation: UCL
Department: Mechanical Engineering
Current EPSRC-Supported Research Topics:
Biomaterials Biomaterials
Biomechanics & Rehabilitation Drug Formulation & Delivery
Manufacturing Machine & Plant Materials Characterisation
Materials Synthesis & Growth

Current EPSRC Support
EP/L026287/1 A new nano particulate vehicle for ultrasound enhanced delivery of Cisplatin(C)
EP/L024225/1 Automated Patterning of Bioactive Deposits on Advanced Biomaterials for Orthopaedic Applications(P)
EP/L023059/1 Exploitation of Pressurised Gyration as an Innovative Manufacturing Route for Nanofibrous Structures(P)
Previous EPSRC Support
EP/J01334X/1 Exploitation of a novel multi-stage electrohydrodynamic device for the manufacture of therapeutic products(P)
EP/I032428/1 Magnetite synthesis in biomimietic nanovesicles: innovative synthetic routes to tailored bio-nanomagnets(P)
EP/G031754/2 Engineering Microbubbles for Enhanced Non-linear Response: Modelling and Experimental Studies(C)
EP/H007342/1 Novel interlocked bioactive coating on metallic substrates for orthopaedic applications(P)
EP/G031754/1 Engineering Microbubbles for Enhanced Non-linear Response: Modelling and Experimental Studies(C)
EP/F031122/1 Feasibility Study: A Novel Technique for Forming Diffusion-Controlled Drug Delivery Polymer Microcapsules(C)
EP/E045839/1 Intercollegiate Platform on Powder-Based Synthesis and Modelling(P)
EP/F056400/1 International Meeting on Developments in Ceramic Science and Engineering: The last 50 years(P)
EP/E012434/1 Exploring New Technologies for the Preparation of Near-Monodisperse Microbubble Suspensions(C)
EP/D064872/1 Novel Functional Nanocomposite Engineering of Stents(C)
EP/D061555/1 Nanocomposites and Electrohydrodynamic Forming: The new route for the development and construction of biocompatible cardiac valves(C)
EP/C547055/2 Feasibility Study: preparation of Encapsulated Structures by Co-axial Jetting(P)
GR/S97880/02 Novel Forming of Nano- and Microscaled topography of Hydroxyapatite via elctrohydrodynamic jet technology Accronyn: EHDjet-nHA-NanoTop-MicroTop(P)
EP/C547055/1 Feasibility Study: preparation of Encapsulated Structures by Co-axial Jetting(P)
GR/S97880/01 Novel Forming of Nano- and Microscaled topography of Hydroxyapatite via elctrohydrodynamic jet technology Accronyn: EHDjet-nHA-NanoTop-MicroTop(P)
EP/C51940X/1 Novel precision patterning of piezoelectric micro-structures by electrohydrodtnamic atomisaton print-deposition(C)
GR/T01600/01 Feasibility Study: Obtaining fine jets & fine droplets (less than 50um) from viscous dielectric liquids(P)
GR/S52636/01 Platform: Powder-based Processing and Modelling at the Centre for Materials Research(C)
GR/S18014/01 Exploring Electrostatic Atomization Printing(P)
GR/R29864/01 Forming Thin Ceramic Membranes For Solid Oxide Fuel Cell Electrolytes(C)
GR/R33991/01 Development of a Novel Printing device(P)
GR/R06977/01 A Compositional Search and Optimisation Instrument For Materials Discovery(C)
GR/N10868/01 ELECTROSTATIC ATOMIZATION OF CERAMIC SUSPENSIONS, SOLS AND PRECURSOR SOLUTIONS(C)
GR/M92195/01 JREI:VISCOELASTIC FLOW CHARACT'TION OF M'FIED POLYMERS CERAMIC-POLYMER BLENDS PRE-CERAMIC POLYMER & ELASTOME(C)
GR/M71428/01 DEVELOPMENT OF THE INTEGRATED CATHODE(C)
GR/M07731/02 DIRECT INK - JET PRINTING OF METAL AND CERAMIC POWDERS(P)
GR/M07755/01 DIRECT INK - JET PRINTING OF METAL CERAMIC POWDERS(C)
GR/M07731/01 DIRECT INK - JET PRINTING OF METAL AND CERAMIC POWDERS(P)
GR/L21976/02 IN-SITU FORMATION OF ORIENTED CERAMIC FIBRE COMPOSITES BY PROCESSING SUSPENSIONS CONTAINING PRECURSORS(P)
GR/L63587/01 DIFFUSION BRAZING OF SILICON NITRIDE TO A FERRITIC OXIDE DISPERSION STRENGTHENED (ODS) STEEL(C)
GR/L21976/01 IN-SITU FORMATION OF ORIENTED CERAMIC FIBRE COMPOSITES BY PROCESSING SUSPENSIONS CONTAINING PRECURSORS(P)
GR/L12349/01 SOLID FREEFORM FABRICATION OF CERAMICS BY MULTILAYER JET PRINTING(C)
GR/H93545/01 THE MATHEMATICAL MODELLING OF THE REMOVAL OF ORGANIC VEHICLE FROM CERAMIC SUSPENSIONS(C)
GR/H09904/01 NEAR NET SHAPE FORMING OF SILICON OXYNITRIDE USING A PRECERAMIC POLYMER(C)
GR/G04905/01 AN EXPERIMENTAL & COMPUTATIONAL ANALYSIS OF THE ORIGINOF DEFECTS IN INJECTION MOULDED CERAMIC BODIES(C)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator