References
- Tustin Institute of Technology Vibration and Shock Test Fixture Design Klee,B.J.;Kimball,D.V.;Tustin,W.
- MIL-STD-810B, Method 514.1, Paragraph 4.2, MISC
- Shock and Vibration Handbook(2nd Ed.) Harris,C.M.;Crede,C.E.
- Vibration Measurement Gheorghe Buzdugan;Elena Mihalescu;Mircea Rades
- NASA CR-1351 Development of Impedance Simulation Fixture for Spacecraft Vibration Tests Scharton,T.D.
- Shock and Vibration Bulletin v.36 Averageing Fundamental Vibration Control Signals : A Theoretical Study Shurtleff,W.W.
- Shock and Vibration Bulletin v.37 Control Point Averaging for Large Specimen Vibration Berkman,H.R.
- Shock and Vibration Digest v.18 no.0 Random Testing with Digital Control Application in the Distribution Qualification of Micro Compusters deSilva,C.W.;Henning,S.J.;Brown,J.D.
- 대한기계학회논문집 v.19 no.1 랜덤진동제어에서 치구성능향상을 위한 기준스펙트럼의 최적화에 대한 연구 김준엽;정의봉
- ADA Report # 195147 Experimental Modal Analysis-System Modeling Techniques Randall,J.Allemang;David,L.Brown;Robert,W.Rost
- Proceedings of 3rd IMAC On Antiresonance, with Application to Control of Structurals Shepard,G.D.
- Jr. of Vibration and Acoustics v.115 Optimal Design of Optical Pick-up by Elimination of Resonance Reaks Kajiwara,I.;Nagamatsu,A.
- Proceeding of 5th IMAC An Anti-resonance Technique for detecting Structural Damage D.Afolabi
- 배풍관 モ-ド 해석 장송소남
- 日本機械學會論文集(C篇) v.54 no.505 共振点と反共振点の感度お 用いた構造物の最適化方法 梶原逸郞(외 3)