Journal of Quality Technology, Volumes 27-28American Society for Quality Control., 1995 - Quality control |
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Page 137
... replicate the axial portion , which is commonly called a replicated axial design ; and ( 2 ) to replicate a res- olution III fraction of the factorial portion , which we will call a replicated factorial design . In general , these two ...
... replicate the axial portion , which is commonly called a replicated axial design ; and ( 2 ) to replicate a res- olution III fraction of the factorial portion , which we will call a replicated factorial design . In general , these two ...
Page 140
... replicated factorial designs . For the three- and four - factor cases , the replicated factorial design requires no more runs than the repli- cated axial , and in many cases it requires signifi- cantly fewer . Yet , when there are five ...
... replicated factorial designs . For the three- and four - factor cases , the replicated factorial design requires no more runs than the repli- cated axial , and in many cases it requires signifi- cantly fewer . Yet , when there are five ...
Page 141
... Replicated Factorial Replicated Axial CCD , Fully Replicated Small Comp . , Replicated Replicated Factorial Replicated Axial * CCD , Fully Replicated Small Comp . , Replicated ⚫ - Equal Replicated Factorial Replicated Axial CCD , Fully ...
... Replicated Factorial Replicated Axial CCD , Fully Replicated Small Comp . , Replicated Replicated Factorial Replicated Axial * CCD , Fully Replicated Small Comp . , Replicated ⚫ - Equal Replicated Factorial Replicated Axial CCD , Fully ...
Contents
Fitting Models to Data from Mixture Experiments Containing Other Factors | 13 |
ARTICLES | 101 |
A Cumulative Sum Control Chart for Monitoring Process Variance | 109 |
Copyright | |
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Common terms and phrases
analysis approximately arcsin Arizona State University average run length binomial Chapter components computed considered Control Charts control limits control scheme correlation cost decrease detect discussed economic design economic statistical design effect Engineering equation error estimates EWMA chart example experiment exponential factors false alarm rates Figure given improvement in-control ARL increase INPUT inspection Journal of Quality measurements Montgomery NELSON Nested Designs nonconforming normal distribution observations obtained optimal out-of-control outer array outliers parameters percentile performance plotted probability procedure process mean Q charts Q statistics Quality Control Quality Technology Quesenberry random variable residuals Runger sample size sampling interval Saniga sensitivity Shewhart chart Shewhart Q shift signal simulation skewed Standard Bootstrap standard deviation Statistical Process Control subgroup bootstrap SUBROUTINE Table Technometrics tion transformation values variance variation Weibull Weibull distribution WOODALL