Scheduled presentations:

• Numerical modelling of cross-flow turbines: 2D blade-resolved against 2D actuator line method simulations
  *M. Zormpa (University of Oxford), J. Johnston (Queen's University Belfast), C. Vogel (University of Oxford), P. Schmitt (Queen's University Belfast)
• Crossflow Turbine Wakes and Simulation Speed-up Using Wake Initialisation
  *J. Johnston (Queen's University Belfast), M. Zormpa (Oxford University), P. Schmitt (Queen's University Belfast)
• Actuator Line Simulations of a Field Scale Cross Flow Tidal Turbine
  *P. Schmitt (Queen's University Belfast), J. McEntee (ORPC Ireland Limited), C. Dillon (ORPC Ireland Limited), J. Johnston (Queen's University Belfast), M. Zormpa (University of Oxford), C. Frost (Queen's University Belfast), P. Cronin (ORPC Ireland Limited)
• Effectiveness of the actuator line method in capturing unsteady gust interactions with tidal rotors
  M. Zormpa (University of Oxford), F. Zilic de Arcos (University of Oxford), *A. Smyth (University of Oxford), C. Vogel (University of Oxford)
• Unsteady blade loading behaviour of a benchmark tidal turbine in regular wave and current
  *X. Chen (University of Oxford), F. Zilic de Arcos (University of Oxford), G. Pinon (Laboratoire Ondes et Milieux Complexes), R. Willden (University of Oxford)
• Comparing actuator line and disc models for the hydrodynamic design of tidal stream turbine rotors
  *H. Edwards (University of Oxford), X. Chen (University of Oxford), C. Vogel (University of Oxford), R. Willden (University of Oxford)