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Academics: Ben Britton, Fionn Dunne, David Dye, Trevor Lindley Key Research Areas:

Academics: Moataz Attallah, Hector Basoalto, Paul Bowen, Jeff Brooks, Hanshan Dong, Ian Jones, Mike Loretto, Mark Ward, Nils Warnken, Leung Soo Key Research Interests in Titanium: Friction joining (linear, rotary and stir)

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Academics: Ben Britton, Fionn Dunne, David Dye, Trevor Lindley Key Research Areas:

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  1. Academics: Moataz Attallah, Hector Basoalto, Paul Bowen, Jeff Brooks, Hanshan Dong, Ian Jones, Mike Loretto, Mark Ward, Nils Warnken, Leung Soo Key Research Interests in Titanium: • Friction joining (linear, rotary and stir) • Laser additive manufacture (powder bed, wire deposition and blown powder). • Powder netshape hot isostatic pressing processing • Alloy development: experimental and modelling. • Solid-state joining (HIP-DB, interlayer technology). • Electron microscopy of Ti-alloys: stability and PTs. • Micromechanics. • Superplastic and bulk forming • Machining of Ti and g-Ti alloys. • Surface engineering of Ti-alloys. • TiNi smart structures. Support: FP7, DSTL, EPSRC, Timet, Rolls-Royce plc, BAe Systems, Messier-Bugatti-Dowty, Johnson-Matthey

  2. Imperial College London Academics:BenBritton, Fionn Dunne, David Dye, Trevor Lindley Key Research Areas: ● Micromechanics of slip and failure mechanisms ● Microcantilever, pillar and nano-indent test ● Crystal and discrete dislocation modelling ● X-ray diffraction, ESEM, High-res EBSD ● Phase transformations ● Cold dwell and fatigue ● Ultrasonics for 3D texture measurement ● High rate deformation and shear band formation Support: EPSRC, Rolls-Royce, TIMET, IMR China

  3. The University of Manchester Academics: Michael Preuss, Joao Quinta da Fonseca, Philip Prangnell Key Research Interests in Titanium: • Sheet forming and formability • Microstructure, texture and residual stress evolution during processing including additive manufacturing • Micromechanics and crystal plasticity modelling • Mechanisms that determine performance of Ti alloys • In-situ characterisation during mechanical loading and corrosive environments • Strain heterogeneity characterisation • 3D characterisation • Hyper joining (metal to composites) • Linear and inertia friction welding Support: TIMET, Otto Fuchs, Rolls-Royce, Bao Steel, Airbus, EADS, GKN DIC strain maps quantifying shear strain in slip traces X-ray tomography showing short crack propagation in lamellar microstructure Damage evolution in composite of a hyper joint recorded by x-ray tomography

  4. The University of Sheffield Academics: Martin Jackson, Iain Todd, Brad Wynne Key Research Interests in Titanium: • Solid state processing of low cost powder to sheet and wire (rolling and extrusion) • One step forging of pre-formed powder billets • FEM of solid state processes (extrusion & forging) • Near net shape rapid manufacturing (ALM) • High performance machining • Friction-stir welding • Texture prediction during forging Support: Timet, Boeing, Rolls-Royce, DSTL, RTi International, TWI, Metalysis, Messier-Bugatti-Dowty, Sandvik

  5. Swansea University (Institute of Structural Materials) Academics: Martin Bache, Mark Whittaker, Leo Prakash, Robert Lancaster, SoranBirosca, Karen Perkins Key Research Interests in Titanium: • Cold dwell sensitivity • Fatigue crack growth • Creep-fatigue interactions • Component lifing • Additive layer manufacturing / repair technologies • Process – microstructure – properties (macrozones) • Gamma TiAl characterisation • Foreign object damage • Diffusion bonding Support: Rolls-Royce (UTC in Materials & EPSRC Strategic Partnership in Gas Turbines) Timet, TWI Validation Centre (Wales)

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