Research on influencing factors reduction method of ship maintenance cost based on fuzzy rough set

Zi, Shuyu; Ru-xiang, Wei; Yi, Song

doi:10.1109/icmse.2010.5719848

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The Determination Of Airfoil's Geometry Parameters Base On Cbr1

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2014

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“…(5) The end We could check the contents in reference [9] when chose the adjustment parameters and the step length in the adjustment process.…”

Section: The Determination Of Airfoil's Geometry Parameters Base On Cbrmentioning

confidence: 99%

The Design Method of Airfoils for Variable-Pitch Wind Turbines Based on Knowledge Engineering

Xie

Zeng

2014

AMR

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In order to make good use of the previous design knowledge, the knowledge-based engineering ideas were introduced to the design of airfoils for variable-pitch wind turbines, a new design method for airfoil of wind turbine was formed. Firstly, the structure-behavior-function (SBF) model of airfoils design was derived. Secondly, the neural rules for airfoils design of variable-pitch wind turbines were deduced. Thirdly, the design method of airfoils structure for wind turbines based on case-based-reasoning (CBR) was establishment. And the dimensionless model based on case representation was set up, and the algorithm of geometric parameters design for airfoils based on CBR was proposed at last.

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“…(5) The end We could check the contents in reference [9] when chose the adjustment parameters and the step length in the adjustment process.…”

Section: The Determination Of Airfoil's Geometry Parameters Base On Cbrmentioning

confidence: 99%

The Design Method of Airfoils for Variable-Pitch Wind Turbines Based on Knowledge Engineering

Xie

Zeng

2014

AMR

View full text Add to dashboard Cite

show abstract

Research on influencing factors reduction method of ship maintenance cost based on fuzzy rough set

Cited by 1 publication

References 11 publications

The Design Method of Airfoils for Variable-Pitch Wind Turbines Based on Knowledge Engineering

The Design Method of Airfoils for Variable-Pitch Wind Turbines Based on Knowledge Engineering

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