卫星结构中高频虚拟声振环境试验分析
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- 英文论文题名：Satellite structure vibration and noise virtual test analysis in medium-high frequency
- 论文作者：张智渊 ; 詹福良
- 英文论文作者：Zhiyuan Zhang ; Fuliang Zhan ; Siemens Industry Software (Beijing) Co. ; Ltd.
- 年：2016
- 作者机构：西门子工业软件(北京)有限公司;
- 论文关键词：卫星结构 ; 中高频 ; 虚拟环境试验 ; 声振耦合
- 英文论文关键词：Satellite structure ; Medium-high frequency ; Virtual test ; Vibro-acoustics
- 会议召开时间：2016-07-28
- 会议录名称：第二十七届全国振动与噪声应用学术会议论文集
- 语种：中文
- 分类号：V416
- 学会代码：ZDZD
- 会议名称：第二十七届全国振动与噪声应用学术会议
- 会议地点：中国黑龙江哈尔滨
- 主办单位：中国振动工程学会振动与噪声控制专业委员会
- 学会名称：中国振动工程学会振动与噪声控制专业委员会
- 页数：11
- 文件大小：1840k
- 原文格式：D
- 会议级别：全国
摘要
本文基于虚拟SEA方法,在已有某卫星结构有限元模型的基础上建立了该结构中高频SEA分析模型,并进行了随机振动响应分析及噪声环境试验分析。通过上述工作验证了虚拟SEA方法在实际工程中的计算可靠性及易用性,可以帮助工程师快速进行中高频声振问题的建模及分析工作。
Based on virtual SEA method, a satellite SEA model for medium-high frequency analysis is modeled from the Finite Element Mesh. Virtual vibration and noise test is applied. The reliability and ease of use of Virtual SEA method is verified by the above work in an actual engineering problem. It can help engineers to quickly model and analyze high-frequency vibration problems.
Based on virtual SEA method, a satellite SEA model for medium-high frequency analysis is modeled from the Finite Element Mesh. Virtual vibration and noise test is applied. The reliability and ease of use of Virtual SEA method is verified by the above work in an actual engineering problem. It can help engineers to quickly model and analyze high-frequency vibration problems.
引文
[1]From Finite Element modeling to SEA using Virtual SEAG.Borello(Inter AC),WESPAC IX-June 26-28,2006-Seoul,South Korea
[2]Applications of Virtual SEA to structure borne sound investigations G.Borello(Inter AC),L.Gagliardini(PSA),D.Thenail(PSA)A.Duval(Faurecia),A.Pradines(CNES)Inter-Noise-December 3-6,2006-Honolulu,Hawaii,USA
[3]Virtual SEA:towards an industrial process G.Borello(Inter AC),L.Gagliardini(PSA),D.Thenail(PSA)SAE Noise and Vibration Conference-May 15-17,2007-Saint Charles,Ill,USA
[4]Improvement of SEA Modeling by Hybridization Techniques G.Borello(Inter AC)VAC Vibro Acoustic Consortium-May 20-21,2008-University of Kentucky,Lexington,USA
[5]Analyse SEA des transmissions acoustiques et solidiennes des systèmes immergés:applicationàla modélisation d'une structure arrière de navire G.Borello(Inter AC),S.Boiteau(DCNS),P.Esparcieux(Vibria)Journées Acoustique et Applications Navales-24 et 25 novembre 2008-Marseille,France
[6]Prediction of payload shock response in the Mid and High Frequency range G.Borello,J.Primus,R.Nguyen Van Lan(Inter AC),S.Kiryenko(ESA/ESTEC)ECSSMMT-15-17 September 2009-Toulouse,France
[7]Analysis of Energy Transfer of Vibrational Fields in the Medium Frequency Range G.Borello(Inter AC)ECCM:4th European Conference on Computational Mechanics-May 16-21 2010-Palais des Congrès,Paris,France
[8]Prediction of vibratory and acoustic transparency in wooden buildings G.Borello(Inter AC),J.-L.Kouyoumji(FCBA)INTER-NOISE-September 5-7,2011-Osaka,Japan
[9]Virtual acoustic testing of spacecraft over a broad frequency range using FEM,BEM and SEAK.Vansant,K.De Langhe,A.Courjal,(LMS),G.Borello(Inter AC)ECSSMET:European Conference on Spacecraft Structures Materials and Environmental Testing ESA/ESTEC-March 20-23,2012-Noordwijk,Netherlands
[10]Virtual SEA method for analyzing micro-vibrations of spacecrafts G.Borello(Inter AC),G.Ozenne,L.Soula(Astrium),G.Laduree(ESA),I.Maussang(CNES)ECSSMET,ESA/ESTEC-March 20-23,2012-Noordwijk,Netherlands
[11]Virtual SEA Method Applied to Payload Vibration Prediction of Microgravity and Vibroacoustic Environment G.Borello(Inter AC)Spacecraft and Launch Vehicle Dynamic Environments Workshop-June 3-5,2014-The Aerospace Corporation,El Segundo,CA,USA
[12]Hybrid energy-based vibroacoustic modeling using Virtual and Analytical SEAG.Borello(Inter AC)EURODYN 2014:IX International Conference on Structural Dynamics-June 30-July 2,2014-PortoPortugal
[2]Applications of Virtual SEA to structure borne sound investigations G.Borello(Inter AC),L.Gagliardini(PSA),D.Thenail(PSA)A.Duval(Faurecia),A.Pradines(CNES)Inter-Noise-December 3-6,2006-Honolulu,Hawaii,USA
[3]Virtual SEA:towards an industrial process G.Borello(Inter AC),L.Gagliardini(PSA),D.Thenail(PSA)SAE Noise and Vibration Conference-May 15-17,2007-Saint Charles,Ill,USA
[4]Improvement of SEA Modeling by Hybridization Techniques G.Borello(Inter AC)VAC Vibro Acoustic Consortium-May 20-21,2008-University of Kentucky,Lexington,USA
[5]Analyse SEA des transmissions acoustiques et solidiennes des systèmes immergés:applicationàla modélisation d'une structure arrière de navire G.Borello(Inter AC),S.Boiteau(DCNS),P.Esparcieux(Vibria)Journées Acoustique et Applications Navales-24 et 25 novembre 2008-Marseille,France
[6]Prediction of payload shock response in the Mid and High Frequency range G.Borello,J.Primus,R.Nguyen Van Lan(Inter AC),S.Kiryenko(ESA/ESTEC)ECSSMMT-15-17 September 2009-Toulouse,France
[7]Analysis of Energy Transfer of Vibrational Fields in the Medium Frequency Range G.Borello(Inter AC)ECCM:4th European Conference on Computational Mechanics-May 16-21 2010-Palais des Congrès,Paris,France
[8]Prediction of vibratory and acoustic transparency in wooden buildings G.Borello(Inter AC),J.-L.Kouyoumji(FCBA)INTER-NOISE-September 5-7,2011-Osaka,Japan
[9]Virtual acoustic testing of spacecraft over a broad frequency range using FEM,BEM and SEAK.Vansant,K.De Langhe,A.Courjal,(LMS),G.Borello(Inter AC)ECSSMET:European Conference on Spacecraft Structures Materials and Environmental Testing ESA/ESTEC-March 20-23,2012-Noordwijk,Netherlands
[10]Virtual SEA method for analyzing micro-vibrations of spacecrafts G.Borello(Inter AC),G.Ozenne,L.Soula(Astrium),G.Laduree(ESA),I.Maussang(CNES)ECSSMET,ESA/ESTEC-March 20-23,2012-Noordwijk,Netherlands
[11]Virtual SEA Method Applied to Payload Vibration Prediction of Microgravity and Vibroacoustic Environment G.Borello(Inter AC)Spacecraft and Launch Vehicle Dynamic Environments Workshop-June 3-5,2014-The Aerospace Corporation,El Segundo,CA,USA
[12]Hybrid energy-based vibroacoustic modeling using Virtual and Analytical SEAG.Borello(Inter AC)EURODYN 2014:IX International Conference on Structural Dynamics-June 30-July 2,2014-PortoPortugal