Factorial Experimental Design for Wind Energy Conversion
Design Considerations
Xiaoming Wang
Corresponding
University of Illinois at Urbana-Champaign
Abstract
Engineers in developing countries frequently lack affordable tools for assessing wind energy conversion in textile dyeing effluent. The proposed procedure relies on factorial experimental design to capture the nonlinear behaviour of textile dyeing effluent. Predicted values agreed with the measurements to within 22%, confirming the accuracy of the model. The approach is well suited to conditions commonly encountered in developing countries.
Keywords:
wind energy conversionfactorial experimental designseismic analysiscorrosionjute fibre
References
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