0。2156 0。1932 0。2414
13 2 1 2 3 0。1843 0。1891 0。1732 0。1892
14 2 2 3 1 0。1971 0。2116 0。1875 0。2252
15 2 3 1 2 0。1906 0。2037 0。1835 0。2154
16 3 1 3 2 0。1824 0。1909 0。1712 0。1974
17 3 2 1 3 0。1758 0。1876 0。1645 0。1804
18 3 3 2 1 0。1878 0。2019 0。1778 0。2134
C。-P。 Chen et al。 / Expert Systems with Applications 36 (2013) 10752–10759 10755
0。1 lm resolution is utilized。 Fig。 1 shows the dimensions of a spec- imen and the middle locations of the edge of both the x-direction and the y-direction specified that have been selected to measure the amounts of warpage。 The warpage distortion measurement of d at the x-direction (i。e。, dxexp) and the y-direction (i。e。, dyexp) are given in Table 3。
5。 Simulation and experimental results discussion
The simulation results of warpage distortions of the x-direction (i。e。, dxsim) and the y-direction (i。e。, dysim) are listed in Table 3。 Simultaneously, Table 3 also shows the experimental results。 The objective of this study is to identify an optimal setting that gives a minimized warpage distortion at the x-direction and the y-direc- tion。 The found optimal solution would have to strike the balance between these three-targeted outputs。 Hence, Eq。 (4) shall be se-
Table 4a
ANOVA results of dxsim。
Source Sum of squares DOF Mean square F value P value
Model 0。0014 5 0。0003 3246。14 薄壁塑料件注塑工艺参数英文文献和中文翻译(6):http://www.youerw.com/fanyi/lunwen_82732.html