Doe and Ann Models for Powder Mixture Packing
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Date
2007
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Journal Title
Journal ISSN
Volume Title
Publisher
American Ceramic Society
Open Access Color
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Abstract
Design of experiments (DOE) and artificial neural network (ANN) techniques were used to study packing of fused alumina powders composed of three different sizes of particles. The first is the mixture design technique that produces a polynomial model of the powder-packing system. While, the ANN technique is extensively used to model complex systems in many fields. The methodological approach used is mixture design, which can be used to study the influences of two or more additives. It is a structured and organized method for determining the relationship between the components and the output of that process. The mixture design approach permits optimization of size distribution to obtain a target value of porosity. Sensitivity analysis involves the use of the developed ANN model to predict outputs (porosity) at varying levels of the input factor effects.
Description
Keywords
Design of experiments, Artificial neural networks, Alumina powder compact, Sensitivity analysis
Fields of Science
Citation
Akkurt, S., Romagnoli, M., and Sütçü, M. (2007). DOE and ANN models for powder mixture packing. American Ceramic Society Bulletin, 86(7), 9101-9111.
WoS Q
Q3
Scopus Q
Q4
Source
Bulletin of the American Ceramic Society
Volume
86
Issue
7
Start Page
9101
End Page
9111
