실험계획법을 이용한 종이헬리콥터 최적화 설계

목차

1. Experiments / design object
Ⅰ.Response surface modeling
1)Experiment design
2)Analysis of a first-order response surface
3)the method of steepest ascent
4)analysis of second order response surface

Ⅱ.Robust design
1)Response surface Methology with POE
2)Taguchi Method

본문내용

1. Experiments / design object
Its object is to understand and run Response surface modeling and Robust design by designing and running paper helicopter fall experiments.
Ⅰ.Response surface modeling
1)Experiment design
- selecting design factor & level
- other factors are fixed(ex : clip - 1ea)
- experiment height : 2.5m
- experiment is conducted in a sealed room
to minimize the effect of noise factors
3 factors - A : joint width
B : wing width
C : wing length

< 중 략 >

2)Taguchi Method
※plan orthogonal Array and conduct experiment
- selecting design factor & level
- other factors are fixed(ex : clip - 1ea)
- experiment height : 2.5m
- experiment is conducted in a sealed room
to minimize the effect of noise factors
- set dropping degree as a Noise factor
(suppose dropping vertically as a N1, dropping inclined as a N2)

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