... sustainable development canada government air temperature sustainability climate change turbine sea spray wind turbine blade social responsibility precipitation wind turbine surface temperature ilinca newfoundland wind energy ice accretion wind speed sea surface temperature...

... turbine blade. Also, the multivariate coherent effect-based wind loads can be evaluated simultaneously in both rotating and non-rotating regions. INTRODUCTION As an important strategic resource, offshore wind energy has attracted extensive attention and become an indispensable energy component...

... social responsibility pitch angle cloud cavitation cavitation inception sustainable development cavitation occur turbine blade tidal speed tip cavitation sustainability ocean energy coefficient aerodyn rotor speed cavitation turbine blade section different pitch angle tidal...

... shapes. The flow around duct is solved by the RANS method, where the turbine blades are represented by a pressure drop as a function of radius, based on the lifting line model. An automated tool is developed to generate high-quality meshes for given duct shape and domain size. The present method is first...

... around the turbine blades is available. The coupling effect on the aerodynamics of wind turbine from the platform motion is investigated. INTRODUCTION Floating offshore wind turbine (FOWT) has become more attractive as a type of wind energy absorption device in recent years. Due to the additional...

... turbine renewable energy efficiency tidal current energy generation device university main shaft reliability support structure ocean energy generator china power system demonstration project demonstration project generation device transmission system dynamic seal turbine turbine blade...

... performance and carry out the study of modeling. Perform the analysis the turbine blades model of different parameters in turbulent flow field and optimize the structure of the turbine by using fluent software. Analyze the conditions of the effect of the flow rate, rotational speed to the turbine flow field...

... composites. This unique coating material possesses good conductivity, excellent damping property, high hardness which leads to potential applications for lightning strike protection, vibrational damping, and surface erosion resistance for wind turbines blades. KEY WORDS: carbon nanofibers, coatings...

... The Oscillating Water Column wave energy harnessing method is considered as one of the best techniques of converting wave energy into electricity using self-rectifying turbine. A new way is developed for selecting alternative materials for the turbine blades. The approach taken was a combination...

... ABSTRACT The wave power conversion utilizes the oscillating water column to rotate the turbine blades. This creates an airstream which rotates the turbine blades, In this wave motion, small water drops could be created from the water surface. If the airstream includes small water drops...

... ABSTRACT A finite element stress analysis has been carried out on two configurations of impulse turbine blade, hollow and solid. The hollow turbine blade has significant manufacturing advantages over the solid blade and it is an aim of the analysis to compare how well the blades support...

... ABSTRACT Computational and experimental investigations into the divergence performance of a low Aspect Ratio Wells turbine blade are presented. The computations were obtained by building a finite element model of a solid NACA0012 blade in MSC/PATRAN and then analyzing it using the MSC/NASTRAN...