• Bernhammer, LO. "Smart wind turbine: Analysis and Autonomous Flap", Delft, 239
  • Mast, EHM. "Scenarios for offshore wind development in the Netherlands, an agent-based modelling approach", Delft.
  • Teixeira Pinto, R. "Multi-terminal DC Networks System Integration, Dynamics and Control", Delft.
  • Diepeveen, N.F.B. "On fluid power transmission in offshore wind turbines" Delft, 209 p.
  • Zaaijer, MB. "Great expectations for offshore wind turbines". Emulation of wind farm design tp anticipate their value for customers". Delft, 264 p.
  • Ashuri, T. "Beyond classical upscaling: Integrated aeroservoelastic design and optimization of large offshore wind turbines" Delft, 223 p.
  • Micallef, D. "3D flows near a HAWT rotor: A dissection of blade and wake contributions" Delft, 213 p.
  • Sathe, AR. "Influence of wind conditions on wind turbine loads and measurement of turbulence using lidars" Delft, 139 p.
  • Schepers, JG. "Engineering models in wind energy aerodynamics. Development, implementation and analysis using dedicated aerodynamic measurements" Delft, 315 p.
  • Haans, W. "Wind turbine aerodynamics in yaw - unravelling the measured rotor wake" Delft, 271 p.
  • Barlas, T. "Active aerodynamic load control on wind turbines - Aeroservoelastic modeling and wind tunnel experiments" Delft, 235 p.
  • Teuwen, J.J.E. "Thermoplastic composite wind turbine blades - Kinetics and processability" Delft, 182 p.
  • Hulskamp, A.W. "The smart rotor concept on wind turbines actuators and structures" Delft, 207 p.
  • Joncas, S. "Thermoplastic composite wind turbine blades - An integrated design approach" Delft, 256 p.
  • Rice, J.K. "Efficient Algorithms for Distributed Control: A Structured Matrix Approach" Delft
  • Cerda Salzmann, D.J. "Efficient Algorithms for Distributed Control: A Structured Matrix Approach" Delft
  • Bang, D.J. "Design of transverse flux permanent magnet machines for large direct-drive wind turbines" Delft
  • Kühn, M.; Dynamics and Design Optimisation of Offshore Wind Energy Conversion Systems" 282 p.