When the total amount of a mixture of ingredients needs to be taken into account (in addition to the composition of its ingredients) an experimental design needs several levels of the amount. Designs for such situations are discussed, and D-optimal choices are made for fitting quadratic and cubic models, for various numbers of experimental units
Prescott and Draper (1998) obtained D-Optimal orthogonal block designs for Scheffé\u27s quadratic mo...
In the analysis of experiments with mixture, quadratic models have been widely used. Several authors...
In the analysis of experiments with mixture, quadratic models have been widely used. Several authors...
Traditional mixture experiments are designed to investigate the effects of changing the relative pro...
In the analysis of experiments with mixtures, quadratic models have been widely used. The optimum de...
In the analysis of experiments with mixtures, quadratic models have been widely used. The optimum de...
In experiments with mixtures involving process variables, orthogonal block designs may be used to al...
In a recent paper Snee and Marquardt [8] considered designs for linear mixture models, where the com...
In a recent paper Snee and Marquardt [8] considered designs for linear mixture models, where the com...
In a recent paper Snee and Marquardt [8] considered designs for linear mixture models, where the com...
In a recent paper Snee and Marquardt [8] considered designs for linear mixture models, where the com...
In a recent paper Snee and Marquardt [8] considered designs for linear mixture models, where the com...
In a recent paper Snee and Marquardt (1974) considered designs for linear mixture models, where the ...
In a recent paper Snee and Marquardt (1974) considered designs for linear mixture models, where the ...
Orthogonally blocked experimental designs for mixtures of five ingredients, formed from Latin square...
Prescott and Draper (1998) obtained D-Optimal orthogonal block designs for Scheffé\u27s quadratic mo...
In the analysis of experiments with mixture, quadratic models have been widely used. Several authors...
In the analysis of experiments with mixture, quadratic models have been widely used. Several authors...
Traditional mixture experiments are designed to investigate the effects of changing the relative pro...
In the analysis of experiments with mixtures, quadratic models have been widely used. The optimum de...
In the analysis of experiments with mixtures, quadratic models have been widely used. The optimum de...
In experiments with mixtures involving process variables, orthogonal block designs may be used to al...
In a recent paper Snee and Marquardt [8] considered designs for linear mixture models, where the com...
In a recent paper Snee and Marquardt [8] considered designs for linear mixture models, where the com...
In a recent paper Snee and Marquardt [8] considered designs for linear mixture models, where the com...
In a recent paper Snee and Marquardt [8] considered designs for linear mixture models, where the com...
In a recent paper Snee and Marquardt [8] considered designs for linear mixture models, where the com...
In a recent paper Snee and Marquardt (1974) considered designs for linear mixture models, where the ...
In a recent paper Snee and Marquardt (1974) considered designs for linear mixture models, where the ...
Orthogonally blocked experimental designs for mixtures of five ingredients, formed from Latin square...
Prescott and Draper (1998) obtained D-Optimal orthogonal block designs for Scheffé\u27s quadratic mo...
In the analysis of experiments with mixture, quadratic models have been widely used. Several authors...
In the analysis of experiments with mixture, quadratic models have been widely used. Several authors...