A Hybrid Computational Method of Desirability, Fuzzy Logic, ANFIS, and LAPO Algorithm for Multiobjective Optimization Design of Scott Russell Compliant Mechanism

Table 8

Desirability results of the case study 1.

No.	Design variables (unit: mm)			Frequency	Frequency	Stress	Desirability of F1(X)	Desirability of F2(X)
	D	L3	L4	F1(X) (Hz)	F2(X) (mm)	F3(X) (MPa)	D1	D2
1	2.875	10.1625	16.35	145.7347	0.010851	18.4667631	0.167540611	0.032475676
2	2.25	10.1625	16.35	27.81286	0.079585	147.3155439	0.004206109	0.51031939
3	3.5	10.1625	16.35	684.6259	1.93E − 05	2.059713964	0.91132379	0
4	2.875	8.5	16.35	152.266	0.010928	17.72299244	0.186110214	0.065979996
5	2.875	11.825	16.35	139.8676	0.010781	18.28006101	0.149565911	0.067869119
6	2.875	10.1625	14	156.5233	0.007468	16.80767677	0.190016733	0
7	2.875	10.1625	18.7	136.4378	0.01453	23.57711698	0.146800947	0.230293298
8	2.25	8.5	14	32.2812	0.036407	85.94278072	0.008724268	0.218602991
9	3.5	8.5	14	749.2335	1.84E − 05	2.584933531	0.993446922	0.051737375
10	2.25	11.825	14	29.85823	0.036103	84.18491871	0.006099755	0.219639916
11	3.5	11.825	14	685.0373	2.24E − 05	2.116902014	0.91388315	0.047684449
12	2.25	8.5	18.7	26.21778	0.178381	262.0338394	9.3986E − 05	0.93699663
13	3.5	8.5	18.7	680.4317	1.69E − 05	2.38866496	0.906545952	0
14	2.25	11.825	18.7	24.3866	0.18053	265.9814502	0.006569152	0.9448278
15	3.5	11.825	18.7	628.8354	2.03E − 05	2.115335728	0.836081859	0