Research Article
An Optimal Design Method for Compliant Mechanisms
Table 14
Comparison results of two cases.
| Case study | Parameters (mm) | Optimal responses | f1 (x) (Hz) | f2 (x) (mm) | f3 (x) (mm) | f4 (x) (MPa) | n | MPCI |
| Case 1 | The current method | T2 = 0.45 | | | | | | 0.848 | L2 = 27.5 | Rp = 79.5179 | Rp = 1.8977 | Rp = 0.0224 | Rp = 210.382 | Rp = 2.390 | T3 = 0.78 | Rs = 76.062 | Rs = 1.7611 | Rs = 0.0216 | Rs = 223.38 | Rs = 2.155 | L3 = 18 | E = 4.54% | E = 7.75% | E = 3.70% | E = 5.81% | E = 1.09% |
| Case 2 | The current method | T2 = 0.45 | Rp = 76.7435 | Rp = 1.8266 | Rp = 0.0211 | Rp = 236.027 | Rp = 2.131 | 0.640 | L2 = 27.5 | Rs = 74.205 | Rs = 1.8350 | Rs = 0.0214 | Rs = 227.210 | Rs = 2.213 | T3 = 0.69 | E = 3.42% | E = 0.45% | E = 1.40% | E = 3.88% | E = 3.70% |
|
|