Greg Piepel
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Models for mixture experiments when the response depends on the total amount
GF Piepel, JA Cornell
Technometrics 27 (3), 219-227, 1985
Mixture experiment approaches: examples, discussion, and recommendations
GF Piepel, JA Cornell
Journal of Quality Technology 26 (3), 177-196, 1994
Property/composition relationships for Hanford high-level waste glasses melting at 115 degrees C volume 1: Chapters 1-11
PR Hrma, GF Piepel
Pacific Northwest Lab., 1994
Programs for generating extreme vertices and centroids of linearly constrained experimental regions
GF Piepel
Journal of Quality Technology 20 (2), 125-139, 1988
Measuring component effects in constrained mixture experiments
GF Piepel
Technometrics 24 (1), 29-39, 1982
Mixture experiment methods in the development and optimization of microemulsion formulations
S Furlanetto, M Cirri, G Piepel, N Mennini, P Mura
Journal of pharmaceutical and biomedical analysis 55 (4), 610-617, 2011
Property/Composition Relationships for Hanford High-Level Waste Glasses Melting at 1150° C, PNL-10359, Vol. 1 and 2
P Hrma, GF Piepel, MJ Schweiger, DE Smith, DS Kim, PE Redgate, ...
Pacific Northwest National Laboratory, Richland, WA, 1994
Statistically designed optimization of a glass composition
LA Chick, GF Piepel
Journal of the American Ceramic Society 67 (11), 763-768, 1984
Augmenting Scheffé linear mixture models with squared and/or crossproduct terms
GF Piepel, JM Szychowski, JL Loeppky
Journal of Quality Technology 34 (3), 297-314, 2002
A collaborative approach to reading workshop in the middle years
KE Meyer
The reading teacher 63 (6), 501-507, 2010
Designs for mixture-amount experiments
GF Piepel, JA Cornell
Journal of Quality Technology 19 (1), 11-28, 1987
Uniform designs for highly constrained mixture experiments
JJ Borkowski, GF Piepel
Journal of Quality Technology 41 (1), 35-47, 2009
Response surface designs for irregularly-shaped regions (Parts 1, 2, and 3)
GF Piepel, CM Anderson, PE Redgate
1993 Proceedings of the Section on Physical and Engineering Sciences, 205-227, 1993
Oxidation Behavior of Nonirradiated UO2
TK Campbell, ER Gilbert, GD White, GF Piepel, BJ Wrona
Nuclear Technology 85 (2), 160-171, 1989
Mixture experiment techniques for reducing the number of components applied for modeling waste glass sodium release
G Piepel, T Redgate
Journal of the American Ceramic Society 80 (12), 3038-3044, 1997
Construction of a 21-component layered mixture experiment design using a new mixture coordinate-exchange algorithm
GF Piepel, SK Cooley, B Jones
Quality Engineering 17 (4), 579-594, 2005
Defining consistent constraint regions in mixture experiments
GF Piepel
Technometrics 25 (1), 97-101, 1983
Effects of composition on properties in an 11-component nuclear waste glass system
LA Chick, GF Piepel, GB Mellinger, RP May, WJ Gray, CQ Buckwalter
Battelle Pacific Northwest Labs., 1981
Toward understanding the effect of low‐activity waste glass composition on sulfur solubility
JD Vienna, DS Kim, IS Muller, GF Piepel, AA Kruger
Journal of the American Ceramic Society 97 (10), 3135-3142, 2014
Mixture-process variable approach to optimize a microemulsion electrokinetic chromatography method for the quality control of a nutraceutical based on coenzyme Q10
G Piepel, B Pasquini, S Cooley, A Heredia-Langner, S Orlandini, ...
Talanta 97, 73-82, 2012
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