1 Myers R. H., "Response Surface Methodology" John Wiley & Sons. Inc 1995
2 Lee, J., H., "Optimum design criteria for a synchronous reluctance motor with concentrated winding using response surface methodology" 99 : 2006
3 Cheng, D., K., "Fundamentals of Engineering Electromagnetics" Prentice-Hall Inc., Upper Saddle River 1993
4 Fowlkes, W. Y., "Engineering methods for robust product design using Taguchi methods in technology and product development" Addison-Wesley Publishing 1995
5 Lee, C.-Y., "Design of Swing-arm type Actuator using the Compliant Mechanism – Multi-objective Optimal Design Considering the Stiffness Effect" 30 (30): 128-134, 2006
6 Takahashi, N., "Analysis of the Magnetic Property of a Permanent-Magnet-Type MRI Behavior of Residual Magnetization" 39 (39): 1337-1340, 2003
7 Wang, X., "Analysis of Magnetic Field of MRI Device Taking Account of Anisotropy and Hysteresis" 1410-1413, 2007
1 Myers R. H., "Response Surface Methodology" John Wiley & Sons. Inc 1995
2 Lee, J., H., "Optimum design criteria for a synchronous reluctance motor with concentrated winding using response surface methodology" 99 : 2006
3 Cheng, D., K., "Fundamentals of Engineering Electromagnetics" Prentice-Hall Inc., Upper Saddle River 1993
4 Fowlkes, W. Y., "Engineering methods for robust product design using Taguchi methods in technology and product development" Addison-Wesley Publishing 1995
5 Lee, C.-Y., "Design of Swing-arm type Actuator using the Compliant Mechanism – Multi-objective Optimal Design Considering the Stiffness Effect" 30 (30): 128-134, 2006
6 Takahashi, N., "Analysis of the Magnetic Property of a Permanent-Magnet-Type MRI Behavior of Residual Magnetization" 39 (39): 1337-1340, 2003
7 Wang, X., "Analysis of Magnetic Field of MRI Device Taking Account of Anisotropy and Hysteresis" 1410-1413, 2007