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DTU Vind 2016
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annual report 2016 27 education aer sac tem mac com aerodynamic
design
wind
turbine structures and components test and measurements material science and characterization composits and materials mechanics
wind
turbine structures and component
design
? sac,ignacio martí, head of section the section?s
research
focuses on the
design
and prediction of structural response of the turbine and its components and deals with structural
design
and optimization, reliability and loads. the
research
also includes advanced models and efficient numerical optimization meth - ods used for rational structural
design
of
wind
tur bine compo- nents, offshore
design
conditions and validation etc. test and measurements ? tem, poul hummelshøj the section?s
research
focus- es on full scale tests on
wind
turbines at test stations in høvsøre and østerild where implementation of experi- mental
research
projects take place. the section?s core ac- tivities are accredited power curves, load measurements, lidar calibration and
wind
and turbine measurements within
research
projects. aerodynamic
design
? aer, flemming rasmussen the section?s
research
focus- es on aerodynamic and ae- ro-acoustic modelling and ex- perimental
research
for air foil, blade
design
, and optimization.
research
also includes cfd and fluid-structure coupling for aero-elastic
design
of
wind
tur- bines in
wind
farms including effects from wakes and terrain, experimental investigations in
wind
tunnels, full-scale and aerodynamic noise modelling. material science & characterization ? mac, dorte juul jensen the section?s
research
focus- es on processing, structural characterization and mechan- ical properties of metallic materials with
wind
energy applications. the
research
also includes nanometals, sur- face engineering and perfor- mance, effects of microstruc- tural variations and technical advancement of
wind
turbine components. composites & materials mechanics ? com, bent fruergaard sørensen the section?s
research
focus- es on manufacturing of new types of composite materials with aligned, continuous fibers, and improved description of ex- isting composite materials, with respect to strength, fatigue, fracture, durability and resis- tance to damage. the
research
also includes manufacturing and machining, microstructure characterization, phenomeno- logical and micromechanical models etc. ams ? administrative secretariat les ? management secretariat deputy head of department: peter hjuler jensen
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