All Stories

  1. A Strategy to Account for the Hub Blockage Effect in the Blade-Element/Momentum Theory
  2. Performance analysis of diffuser-augmented wind turbines through a CFD-based actuator disk method coupled with a Blade-Element approach
  3. A hub blockage model for small and micro horizontal axis wind turbines
  4. A numerical proof of the Betz–Joukowsky limit
  5. Coupled and uncoupled CFD-based design strategies for diffuser-augmented wind turbines: A comparative study
  6. Optimum design of contra-rotating wind turbines with adjacent rotors
  7. Diffuser augmented wind turbines: A critical analysis of the design practice based on the ducting of an existing open rotor
  8. Three dimensional unsteady analysis of a miniaturized pressure probe for turbocharger applications
  9. Optimal Distribution of the Disk Load: Validity of the Betz–Joukowsky Limit
  10. The Joukowsky rotor for diffuser augmented wind turbines: design and analysis
  11. A design of experiment approach as applied to the analysis of diffuser-augmented wind turbines
  12. 3-D blade resolved CFD performance analysis of a Ducted Wind Turbine
  13. Diffuser augmented wind turbines: Review and assessment of theoretical models
  14. On the potential of the ideal diffuser augmented wind turbine: an investigation by means of a momentum theory approach and of a free-wake ring-vortex actuator disk model
  15. Ring-Vortex Panel Method for the Uniformly Loaded Propeller with Axisymmetric Hub
  16. Efficiency optimisation of advanced gas turbine recuperative-cycles
  17. A ring-vortex actuator disk method for wind turbines including hub effects
  18. Work and efficiency optimization of advanced gas turbine cycles
  19. Verification of the Axial Momentum Theory for Propellers with a Uniform Load Distribution
  20. Three-Dimensional/One-Dimensional Combined Simulation of Deep Surge Loop in a Turbocharger Compressor With Vaned Diffuser
  21. A ring-vortex free-wake model for uniformly loaded propellers. Part I-Model description.
  22. A ring-vortex free-wake model for uniformly loaded propellers. Part II - Solution procedure and analysis of the results
  23. Performance analysis of ducted marine propellers. Part II – Accelerating duct
  24. Experimental investigation on the effect of the duct geometrical parameters on the performance of a ducted wind turbine
  25. Development and validation of a 1D model for turbocharger compressors under deep-surge operation
  26. The axial momentum theory as applied to wind turbines: some exact solutions of the flow through a rotor with radially variable load
  27. Effects of the Approximations Embodied in the Momentum Theory as Applied to the NREL PHASE VI Wind Turbine
  28. A statistical approach to the analysis of the surge phenomenon
  29. Highly accurate error estimate of the momentum theory as applied to wind turbines
  30. Analysis and Evaluation of the Momentum Theory Errors as Applied to Propellers
  31. Actuator disc methods for open propellers: assessments of numerical methods
  32. Performance analysis of ducted marine propellers. Part I – Decelerating duct
  33. A nonlinear and semi-analytical actuator disk method accounting for general hub shapes. Part 1. Open rotor
  34. Effects of the duct thrust on the performance of ducted wind turbines
  35. Effects of Duct Cross Section Camber and Thickness on the Performance of Ducted Propulsion Systems for Aeronautical Applications
  36. Steady and unsteady experimental analysis of a turbocharger for automotive applications
  37. A comparison of nonlinear actuator disk methods for the performance analysis of ducted marine propellers
  38. Performance analysis of open and ducted wind turbines
  39. Ducted Propeller Flow Analysis by Means of a Generalized Actuator Disk Model
  40. Highly Flexible Hot Gas Generation System for Turbocharger Testing
  41. Solution of the flow over a non-uniform heavily loaded ducted actuator disk