Journal of the American Ceramic Society · 1956 · 14 citations · 5 references
EngineeringMaterials EngineeringMaterials ScienceCeramicsMaterials CharacterizationMaterials ProcessingMaterial EfficiencyMaterial SelectionBest ApproximationClay Mineral Effects In ProcessingComposition OptimizationEfficient Experimental DesignFlux Content
The purpose of this paper is to present an efficient and most useful experimental design for multiple‐factor experimentation. The fired absorptions of a series of whiteware compositions are expressed as a function of the composition variables and temperatures. These variables are X 1 = clay/ flux, X 2 = clay/flint, X 3 = nepheline syenite/ feldspar, and X 4 = firing temperature. This relationship represents the “best” second‐order approximation to the true but unknown relationship between the absorption and the variables. The equation points out the contribution of each variable to the fired absorption as well as the effect of one variable as influenced by a second. The errors associated with each coefficient in the equation are included along with errors of predicted absorptions.
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Design and Analysis of Industrial Experiments.
L. D. McMullen, O. L. Davies · Biometrika · 1955 · 40 citations
Public Health, Industrial Engineering, Experimental Design +5