.Figure 16.4.1 Graphical representation of models (16.4.2) and (16.4.3).Figure 16.4.2 MINITAB printout of residual plots for data in Table 16.4.2.Figure 16.7 Desirable residual plot.Figure 16.7 Residual plots: (a) residuals versus fitted values, (b) residuals ...
16 Chapter 17Figure 17.3.1 MINITAB residual analysis graphs.Figure 17.5.1 Plots of responses in (a) experiment I (b) experiment II.
17 Chapter 18Figure 18.3.1 Geometric display of the 2
, 2
, and 2
factorial designs. (a) T...Figure 18.4.1 Ordered effects for the
factorial design of Table 18.4.4, plot...Figure 18.5.1 MINITAB printout of the residual plots for the data in Table 18....Figure 18.6.1 Normal probability plot of ordered estimates of effects (Table 1...Figure 18.6.2 MINITAB printout of the normal probability plot of estimates of ...
18 Chapter 19Figure 19.1.1 (a) The surface plot for the fitted model
. (b) The surface plo...Figure 19.1.2 (a) The contour plot for the fitted model
by setting
, 3.15, ...Figure 19.1.3 Illustrative contour plots provided by fitted second‐order model...Figure 19.2.1 The
factorial runs pictured at the vertices of the unit cube i...Figure 19.2.2 The
factorial design with center points in Example 19.2.5, wit...Figure 19.2.3 Contours of planar response.Figure 19.3.1 Geometry of a CCD that uses a
replication with
center points...Figure 19.3.2 Contour plots for the fitted response surface model (19.3.5).Figure 19.3.3 Response surface plots for the fitted response surface model (19...Figure 19.3.4 Contour plots for the fitted response surface of Example 19.3.2.Figure 19.3.5 Response surface plots for the fitted response surface of Exampl...Figure 19.3.6 Some second‐order designs.Figure 19.3.7 Central composite design with orthogonal blocking.Figure 19.3.8 Simplex design for fitting a first‐order model.Figure 19.3.9 Hexagon Design in two blocks for fitting a second‐order model.Figure 19.3.10 Contours of crystal purity as a function of temperature and rat...
