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Factorial design of experiments in ceramics -- 4

Hopkins, Jr., H.S. / Jones, P.R. / Conrad, K.L.

Effect of firing rate, firing temperature, particle size distribution, thickness and composition. Composition was represented as clay plus silica/nepheline syenite ratio; firing rate was included, since results of experiment number three indicated that increase of strength could be obtained at firing rates greater than 150 F/hr; firing temperature was included also. Pt 2 indexed in Engineering Index 1960 p 192.

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Factorial design of experiments in ceramics -- 4

Hopkins, Jr., H.S. / Jones, P.R. / Conrad, K.L.

Effect of firing rate, firing temperature, particle size distribution, thickness and composition. Composition was represented as clay plus silica/nepheline syenite ratio; firing rate was included, since results of experiment number three indicated that increase of strength could be obtained at firing rates greater than 150 F/hr; firing temperature was included also. Pt 2 indexed in Engineering Index 1960 p 192.

Factorial design of experiments in ceramics -- 4

Hopkins, Jr., H.S. / Jones, P.R. / Conrad, K.L.

Effect of firing rate, firing temperature, particle size distribution, thickness and composition. Composition was represented as clay plus silica/nepheline syenite ratio; firing rate was included, since results of experiment number three indicated that increase of strength could be obtained at firing rates greater than 150 F/hr; firing temperature was included also. Pt 2 indexed in Engineering Index 1960 p 192.

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Title:

Factorial design of experiments in ceramics -- 4

Additional title:

Am Cer Soc -- Bul

Contributors:

Hopkins, Jr., H.S. (author) / Jones, P.R. (author) / Conrad, K.L. (author)

Published in:

American Ceramic Society -- Bulletin ; 44

Publication date:

1965

Size:

4 pages

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

Ceramic products

© Metadata Copyright Elsevier B. V. All rights reserved.

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