陈美霞

期刊论文

1. 邓江昆，王双，杨超振，王婷，谢坤，汪伯潮，原春晖，陈美霞（2026）. 水下变截面梁振动与声辐射低频特性预报方法. 《哈尔滨工程大学学报》.
2. 原春晖，刘梦涵，杨超振，王婷，陈美霞（2026）. 圆柱壳干湿模态映射关系的影响机制研究. 《华中科技大学学报(自然科学版)》.
3. Zhangkai Huang, Chaozhen Yang, Zhi Pan, Ting Wang, Wen-Kai Dong, Meixia Chen (2026). A semi-analytical method for vibroacoustic prediction of submerged cylindrical shells under a turbulent boundary layer excitation. Ocean Engineering.DOI
4. Chaozhen Yang, Zhangkai Huang, Meixia Chen, Hai-Hua Deng, Bo-Chao Wang, Ting Wang (2026). Prediction of Free-Boundary Cylindrical Shell Vibrations Based on Supported-State Modal Parameters. International Journal of Structural Stability and Dynamics.DOI
5. Wenkai Dong, Shuang Wang, Zhangkai Huang, Ting Wang, L. Xiong, Meixia Chen (2026). Mechanism of the acoustic radiation of semi-infinite plate below critical frequency: Radiation from the boundary. Journal of the Acoustical Society of America.DOI
6. Shengyu Liu, Chaozhen Yang, Kun Xie, Meixia Chen, Jiu-Fa Wang, Ting Wang (2026). Numerical Investigation and Comparison of Flow Noise and Flow-Induced Vibration Noise for a Submarine Model. OCEANS 2026 Sanya.DOI
7. Zhangkai Huang, Kun Xie, Peifei Li, Ming Liu, Ting Wang, Meixia Chen (2026). An Equivalent Numerical Modeling Method for Turbulent Boundary Layer Pressure Fluctuation Loads. OCEANS 2026 Sanya.DOI
8. Yudie Zhu, Meixia Chen, Ting Wang, Chaozhen Yang, Jingyu Zhang (2026). Study on the Coupling Loss Factor of Two Plates Coupled at Any Angle Based on Wave Method. International Journal of Offshore and Polar Engineering.DOI
9. Chaozhen Yang, Wenkai Dong, Ting Wang, H. Deng, Bochao Wang, Meixia Chen (2026). Prediction of underwater structural excitation forces and responses based on airborne vibration responses. Ocean Engineering.DOI
10. Meng-Han Liu, Chaozhen Yang, Kun Xie, Bo-Chao Wang, Ting Wang, Mei-Xia Chen (2026). Effects of Symmetric and Antisymmetric Modes on Underwater Wet Modes and Acoustic Radiation Characteristics of Stiffened Cylindrical Shells. OCEANS 2026 Sanya.DOI
11. Yuheng Wang, Changjun Fu, Lei Zhang, Kun Xie, Ting Wang, Mei-Xia Chen (2026). Average Radiation Efficiency of Composite Sandwich Panel: Calculation Methods and Characteristics. OCEANS 2026 Sanya.DOI
12. Changjun Fu, Yang Deng, Mei-Xia Chen, Kun Xie, Chun-Hui Yuan, Ting Wang (2026). The sound transmission characteristics of duct with periodically attached horn-shaped cavity. Physica Scripta.DOI
13. Shuang Wang, Xin Fan, Ye-Fei Hou, Kun Xie, Mei-Xia Chen, Ting Wang (2026). A Wavenumber-Domain Analytical Method for Input Power Estimation in Statistical Energy Analysis Under Diffuse Field Excitation. OCEANS 2026 Sanya.DOI
14. 郑金焱，董文凯，赵应龙，陈美霞（2025）. 水下圆柱壳声辐射热点识别及有源控制机理研究. 《船舶力学》.
15. 邓江昆，朱玉蝶，王堉蘅，杨超振，王婷，陈美霞（2025）. 基于模态参数的陆上舱段结构弹性支撑边界修正方法研究. 《第二十届船舶水下噪声学术讨论会论文集（上册）》.DOI
16. 陈美霞，王婷，刘加一，朱翔（2025）. 结构物静动态实验技术高水平国际化课程建设探索与思考. 《高教学刊》.DOI
17. Ting Wang, Meixia Chen, Wenkai Dong (2025). Investigation on broadband vibration suppression by parameter detuning of a metamaterial plate. Journal of Vibration and Control.DOI
18. Ting Wang, Huachang Cui, Wen-Kai Dong, Yuheng Wang, Kun Xie, Meixia Chen (2025). Vibroacoustic characteristics of a metamaterial plate cavity coupling system. Applied Acoustics.DOI
19. Wen-Kai Dong, Shuang Wang, Zhangkai Huang, Ting Wang, Meixia Chen (2025). A formulation to calculate the underwater band structure of periodic plates through a linear expression energy method. Applied Mathematical Modelling.DOI
20. W. Jia, Kun Xie, Mei-Xia Chen (2025). Geometric and elastic sound scattering characteristics of cylindrical shells excited by external point acoustic sources using a fully coupled method. Thin-walled structures.DOI
21. 张靖宇，黄樟凯，马环，陈美霞，王婷（2024）. 船用坐墩长基座阻抗特性分析. 《舰船科学技术》.
22. 陈美霞，王婷，刘加一，朱翔（2024）. 海洋强国战略背景下有限元素法课程教学改革探索. 《高教学刊》.
23. Chaozhen Yang, Fu-Ming Kuang, Ting Wang, Meixia Chen (2024). Friction-Induced Vibration and Noise in Water-Lubricated Stern Bearings: A Comprehensive Review of Mechanisms and Design. Ocean Engineering.DOI
24. Wen-Kai Dong, Zhangkai Huang, Ting Wang, Meixia Chen (2024). Numerical Investigation on Vibro-Acoustic Characteristics of a Metamaterial Plate Under the Excitation of Turbulent Boundary Layer. Ocean Engineering.DOI
25. Chaozhen Yang, Xuesheng Liu, Zhangkai Huang, Ting Wang, Meixia Chen (2024). Detailed Analysis of Friction in Water-Lubricated Bearings Under Boundary Lubrication: Model Development and Experimental Validation. Journal of tribology.DOI
26. Wen-Kai Dong, Zhangkai Huang, Ting Wang, Meixia Chen (2024). Low-frequency vibration reduction of an underwater metamaterial plate excited by a turbulent boundary layer. Journal of Fluids and Structures.DOI
27. Zhangkai Huang, Wen-Kai Dong, Meixia Chen, Ting Wang (2024). Numerical Calculation Method for Vibration and Sound Radiation of a Flat Plate Under Turbulent Boundary Layer Excitation. Ocean Engineering.DOI
28. Piao Li, Yukun Li, Jingyu Zhang, Meixia Chen, Ting Wang (2024). Vibroacoustic Performance of a Stiffened Plate With Perforation Under the Excitation of Turbulent Boundary Layer. Ocean Engineering.DOI
29. Ting Wang, Huachang Cui, Jingyu Zhang, Han-Bei Guo, Meixia Chen (2024). Longitudinal wave propagation in a practical metamaterial lattice. Wave motion.DOI
30. Shitian Wen, Mei-Xia Chen, Zhi-Wei Zhou, W. Jia (2023). Analytical and experimental studies for the vibration transmission of the double-plated structure containing the inner fluid and elastic connections. Thin-walled structures.DOI
31. Wen-Kai Dong, Zhi-xiang Zhou, Mei-Xia Chen, Ting Wang, W. Jia (2023). Theoretical investigation on the underwater sound absorption of a functionally graded anechoic coating under the phased arc array incidence. Applied Mathematical Modelling.DOI
32. Wen-Kai Dong, Ting Wang, Zhangkai Huang, Mei-Xia Chen, Qingsheng Li, W. Jia (2023). Characteristics of band gaps of a metamaterial plate with membrane-type resonators based on the energy approach. Thin-walled structures.DOI
33. Kang-Le Li, Zhi-Wei Zhou, Zhixin Huang, Yong-Shui Lin, Mei-Xia Chen, Pei-Kai Yang, Ying Li (2023). Underwater sound absorption characteristic of the rubber core sandwich structure with funnel-shaped cavities reinforced by carbon fiber columns. Applied Acoustics.DOI
34. Junyi Liu, Wen-Kai Dong, Ting Wang, Mei-Xia Chen, Youmin Lu (2023). Acoustic propagation through a duct metamaterial attached with periodic multi-resonant cavities. Journal of Vibration and Control.DOI
35. W. Jia, Mei-Xia Chen, Kun Xie, Zhiwei Zhou (2023). Theoretical and experimental studies of effects of non-axisymmetric inner structures on vibration signatures of axisymmetric submarine hulls. Applied Mathematical Modelling.DOI
36. Shitian Wen, Mei-Xia Chen (2023). The vibration of the double-plated structure containing the inner fluid and elastic connections. Journal of Physics, Conference Series.DOI
37. Zhi-Wei Zhou, Mei-Xia Chen, Ying Li (2023). A hybrid analytical method for predicting vibrations in vacuum and water of the sandwich plate with z-direction reinforcements and cavities. Applied Mathematical Modelling.DOI
38. Zhangkai Huang, Mei-Xia Chen, Ting Wang, Huachang Cui, Wen-Kai Dong (2023). Numerical Investigation of Background Noise in a Circulating Water Tunnel. Machines.DOI
39. Kun Xie, Kun Xu, Wan-Jing Dong, Mei-Xia Chen (2023). An analytic method for vibration analysis of non-uniformly coupled L-shaped plates with arbitrary boundary conditions. Thin-walled structures.DOI
40. 于安斌，赵应龙，陈美霞，谢坤（2022）. 双面浸水圆柱壳自由和受迫振动特性研究. 《海军工程大学学报》.
41. 耿佳傲，陈美霞，周志伟（2022）. 夹芯复合材料加筋板真空和水中自由振动分析. 《舰船科学技术》.
42. 李广生，原春晖，陈美霞（2022）. 子结构法在截断舱段振动特性修正中的应用. 《舰船科学技术》.
43. 刘李为，董凯，陈静谣，陈美霞，王先洲（2022）. 实尺度船舶参数横摇数值模拟研究. 《中国造船》.
44. 李旭，赵应龙，朱成华，杨一凡，陈美霞（2022）. 不同结构特征的STF阻尼器性能试验对比分析. 《中国造船》.
45. W. Jia, Mei-Xia Chen, Zhi-Wei Zhou, Kun Xie (2022). Vibration analysis of double-walled cylindrical shells interconnected with arbitrary connections using a unified semi-analytical method. Ocean Engineering.DOI
46. Kun Xie, W. Jia, Wan-Jing Dong, Mei-Xia Chen (2022). Vibro-acoustic analysis of double-walled cylindrical shells through a novel semi-analytic method. European Journal of Mechanics - A/Solids.DOI
47. Kun Xie, Mei-Xia Chen (2022). A semi-analytic model for vibro-acoustic analysis of functionally graded shells of revolution. Thin-walled structures.DOI
48. Zhi-Wei Zhou, Mei-Xia Chen, Ying Li (2022). Application scope studies of analytical methods based on the equivalent single-layer and layerwise theories for vibration analysis of symmetric sandwich plates. Acta Mechanica.DOI
49. Kun Xie, Mei-Xia Chen (2022). Effects of end plates on vibro-acoustic responses of conical and cylindrical shells. Applied Mathematical Modelling.DOI
50. W. Jia, Mei-Xia Chen, Zhiwei Zhou, Kun Xie (2022). Effects of non-axisymmetric internal structures on vibro-acoustic characteristics of a submerged cylindrical shell using wavenumber analysis. Thin-walled structures.DOI
51. W. Jia, Mei-Xia Chen, Kun Xie, Wen-Kai Dong (2022). Experimental and analytical investigations on vibro-acoustic characteristics of a submerged submarine hull coupled with multiple inner substructures. Ocean Engineering.DOI
52. Ting Wang, Junyi Liu, Mei-Xia Chen (2022). Sound transmission loss of an inertant metamaterial plate submerged in moving fluids. Applied Mathematical Modelling.DOI
53. Ting Wang, Han-Bei Guo, Mei-Xia Chen, Wen-Kai Dong (2022). Theoretical Modeling and Analysis of Vibroacoustic Characteristics of an Acoustic Metamaterial Plate. Acta Mechanica Solida Sinica.DOI
54. Ting Wang, Mei-Xia Chen, Wen-Kai Dong, Han-Bei Guo (2022). Low-frequency sound and vibration reduction of a metamaterial plate submerged in water. European Journal of Mechanics. A, Solids.DOI
55. Liwei Liu, Chaobang Yao, Dakui Feng, Xianzhou Wang, Jiawei Yu, Meixia Chen (2022). Numerical study of the interaction between the pure loss of stability, surf-riding, and broaching on ship capsizing. Ocean Engineering.DOI
56. Liwei Liu, Dakui Feng, Xianzhou Wang, Zhiguo Zhang, Jiawei Yu, Meixia Chen (2022). Study on extreme roll event with capsizing induced by pure loss of stability for the free-running ONR Tumblehome. Ocean Engineering.DOI
57. Liwei Liu, Meixia Chen, Jiawei Yu, Dakui Feng, Xianzhou Wang (2022). Numerical study of swell impact on seakeeping performance of surface combatant. Ocean Engineering.DOI
58. Liwei Liu, Dakui Feng, Xianzhou Wang, Zhiguo Zhang, Jiawei Yu, Meixia Chen (2022). Numerical study on the effect of sloshing on ship parametric roll. Ocean Engineering.DOI
59. 陈美霞，陈琦（2021）. 简化双层底结构振动传递及抑制特性分析. 《船舶力学》.
60. W. Jia, Mei-Xia Chen, Zhiwei Zhou, Kun Xie (2021). A semi-analytical method for vibro-acoustic analysis of submerged ring-stiffened cylindrical shells coupled with arbitrary inner structures. Applied Acoustics.DOI
61. Anbin Yu, Ying-Long Zhao, Mei-Xia Chen (2021). Study on vibration transfer characteristics of liquid filled double-walled cylindrical shells with elastic connection. AIP Advances.DOI
62. Li-Wei Liu, Mei-Xia Chen, Jia-Wei Yu, Zhi-Guo Zhang, Xian-Zhou Wang (2021). Full-scale simulation of self-propulsion for a free-running submarine. The Physics of Fluids.DOI
63. Li-Wei Liu, Mei-Xia Chen, Xian-Zhou Wang, Zhi-Guo Zhang, Jia-Wei Yu, Da-Kui Feng (2021). CFD prediction of full-scale ship parametric roll in head wave.DOI
64. Jun-Yi Liu, Ting Wang, Mei-Xia Chen (2021). Analysis of Sound Absorption Characteristics of Acoustic Ducts with Periodic Additional Multi-Local Resonant Cavities. Symmetry.DOI
65. Wen-Kai Dong, Mei-Xia Chen (2021). Sound absorption performance analysis of anechoic coating under hydrostatic pressure considering cavity pressure.DOI
66. Ting Wang, Jun-Yi Liu, Mei-Xia Chen (2021). Underwater sound absorption of a meta-absorption layer with double negativity.DOI
67. Zhiwei Zhou, Mei-Xia Chen, Ye-Ping Xiong, W. Jia, Wen-Bin Dong, Kun Xie (2021). Experimental and mixed analytical–numerical studies for free and forced vibrations of Z-reinforced sandwich plates stiffened by steel ribs.DOI
68. Kun Xie, Mei-Xia Chen (2021). An analytical method for free vibrations of functionally graded cylindrical shells with arbitrary intermediate ring supports. Journal of the Brazilian Society of Mechanical Sciences and Engineering.DOI
69. 陈美霞，贾文超，杨丹（2020）. 基于单向求解、双向流固耦合的悬臂平板绕流涡激振动特性对比研究. 《船舶力学》.
70. 黄梦情，陈美霞（2020）. 最佳平方逼近下的轴向功能梯度梁自由振动分析. 《哈尔滨工程大学学报》.
71. Kun Xie, Mei-Xia Chen, Wencheng Li, Wan-Jing Dong (2020). A unified semi-analytic method for vibration analysis of functionally graded shells of revolution.DOI
72. Zhiwei Zhou, Mei-Xia Chen, Kun Xie (2020). Non-uniform rational B-spline based free vibration analysis of axially functionally graded tapered Timoshenko curved beams.DOI
73. W. Jia, Mei-Xia Chen, Zhiwei Zhou, Kun Xie (2020). Vibration Analysis of a Ring-Stiffened Conical Shell with Complex Internal Structures by a Hybrid Analytical/Numerical Approach.
74. Zhiwei Zhou, Mei-Xia Chen, W. Jia (2020). Free Vibration Analysis of Axially Functionally Graded Double-Tapered Timoshenko Beams by a NURBS-Based Approach.
75. Zhiwei Zhou, Mei-Xia Chen, W. Jia, Kun Xie (2020). Free and forced vibration analyses of simply supported Z-reinforced sandwich structures with cavities through a theoretical approach.DOI
76. Kun Xie, Mei-Xia Chen, Wan-Jing Dong, Wencheng Li (2020). A semi-analytic method for vibro-acoustic analysis of coupled propeller-shaft-hull systems under propeller excitations.DOI
77. 叶海林，陈美霞，陶襄樊（2019）. 基于l1范数稀疏解的水下双层圆柱壳振动声辐射预报影响因素研究. 《船舶力学》.
78. 余鹏，陈美霞，谢坤（2019）. 基于比例系数-有效独立法对圆柱壳声辐射预报的测点优化布置研究. 《船舶力学》.
79. Zhiwei Zhou, Mei-Xia Chen (2019). Predicting effective moduli of a Z-reinforced core with cavities using a novel theoretical approach and a micromechanics finite element method. International Journal of Mechanical Sciences.DOI
80. Kun Xie, Mei-Xia Chen, Wan-Jing Dong, Wencheng Li (2019). A unified semi-analytical method for vibration analysis of shells of revolution stiffened by rings with T cross-section. Thin-walled structures.DOI
81. Kun Xie, Mei-Xia Chen, Lin-Ke Zhang, Wencheng Li, Wan-Jing Dong (2019). A unified semi-analytic method for vibro-acoustic analysis of submerged shells of revolution. Ocean Engineering.DOI
82. Mengqing Huang, Mei-Xia Chen (2019). Sound Transmission Loss of Finite Double-Plate Partition with Enhanced Columns Under Different Surrounding Fluids.
83. 陈美霞，徐坤，谢坤（2018）. 半无限基衬上功能梯度材料层结构声学性能研究. 《船舶力学》.
84. Mei-Xia Chen, Lei Zhang, Kun Xie (2018). Vibration analysis of a cylindrical shell coupled with interior structures using a hybrid analytical-numerical approach.DOI
85. Kun Xie, Mei-Xia Chen (2018). Wave based method for vibration analysis of double-walled cylindrical shells. Applied Acoustics.DOI
86. Zhiwei Zhou, Mei-Xia Chen (2018). An underwater nature vibration analysis method of a Z-reinforced sandwich structure with cavities. OCEANS 2018 MTS/IEEE Charleston.DOI
87. Mengqing Huang, Mei-Xia Chen (2018). Analysis of Sound Transmission Loss on Infinite Double-panel Partition. 2018 IEEE 8th International Conference on Underwater System Technology: Theory and Applications (USYS).DOI
88. 关珊珊，吴书有，陶襄樊，陈美霞，曹为午（2017）. 水下双层圆柱壳辐射声场欠定分离评估方法研究. 《船舶力学》.
89. Kun Xie, Mei-Xia Chen, Zuhui Li (2017). Free and Forced Vibration Analysis of Ring-Stiffened Conical-Cylindrical-Spherical Shells Through a Semi-Analytic Method.DOI
90. Kun Xie, Mei-Xia Chen, Lei Zhang, D. Xie (2017). Wave based method for vibration analysis of elastically coupled annular plate and cylindrical shell structures.DOI
91. Kun Xie, Mei-Xia Chen, Zuhui Li (2017). A semi-analytical method for vibration analysis of thin spherical shells with elastic boundary conditions.DOI
92. Kun Xie, Mei-Xia Chen, Lei Zhang, D. Xie (2017). Free and forced vibration analysis of non-uniformly supported cylindrical shells through wave based method.DOI
93. Kun Xie, Mei-Xia Chen, Zuhui Li (2017). An analytic method for free and forced vibration analysis of stepped conical shells with arbitrary boundary conditions.DOI
94. 陈美霞，罗琦，魏建辉（2016）. 湍流激励下简支平板振动特性的解析法研究. 《船舶力学》.
95. 贾文超，陈美霞，杨丹（2016）. 二维弹性平板绕流锁定发生机理研究. 《舰船科学技术》.
96. Kun Xu, Mei-Xia Chen, Kun Xie（2016）. 直交異方性機能傾斜材料板の振動解析【JST・京大機械翻訳】.
97. 余鹏，陈美霞，谢坤（2015）. 基于有效独立法对圆柱壳结构声振响应预报的测点布置研究. 《第十五届船舶水下噪声学术讨论会暨船舶力学学术委员会水下噪声学组成立三十周年纪念学术会议》.
98. 邓乃旗，陈美霞，谢坤，魏建辉（2015）. 水中环肋锥柱结合壳的振动特性分析. 《中国造船》.
99. Mei-Xia Chen, Kun Xie, Kun Xu, P. Yu (2015). Wave Based Method for Free and Forced Vibration Analysis of Cylindrical Shells With Discontinuity in Thickness.DOI
100. Mei-Xia Chen, Kun Xie, W. Jia, Kun Xu (2015). Free and forced vibration of ring-stiffened conical–cylindrical shells with arbitrary boundary conditions.DOI
101. Kun Xie, Mei-Xia Chen, N. Deng, W. Jia (2015). Free and forced vibration of submerged ring-stiffened conical shells with arbitrary boundary conditions.DOI
102. 陈美霞，谢坤，魏建辉（2014）. 带框架肋骨圆柱壳振动特性分析. 《华中科技大学学报(自然科学版)》.
103. 丁宏，陈美霞，魏建辉，谢坤（2014）. 舱段截断时边界条件的选取方法. 《舰船科学技术》.
104. Kun Xie, Mei-Xia Chen, N. Deng, Kun Xu (2014). Wave based method for vibration and acoustic characteristics analysis of underwater cylindrical shell with bulkheads.
105. Mei-Xia Chen, Kun Xie, Jianhui Wei, N. Deng (2014). An Analytical Substructure Method for the Analysis of Vibration Characteristics on Conical-Cylindrical-Spherical Combined Shells in Vacuum.
106. Mei-Xia Chen, Cong Zhang, X. Tao, N. Deng (2014). Structural and Acoustic Responses of a Submerged Stiffened Conical Shell.DOI
107. 陈美霞，徐鑫彤，魏建辉，陶襄樊（2013）. 非均匀圆柱壳振动及声辐射特性优化设计. 《船舶力学》.
108. Jianhui Wei, Mei-Xia Chen, Guo-Xiang Hou, Kun Xie, N. Deng (2013). Wave Based Method for Free Vibration Analysis of Cylindrical Shells With Nonuniform Stiffener Distribution.DOI
109. Mei-Xia Chen, Jianhui Wei, Kun Xie, N. Deng, Guo-Xiang Hou (2013). Wave based method for free vibration analysis of ring stiffened cylindrical shell with intermediate large frame ribs.DOI
110. 陶襄樊，陈美霞，魏建辉（2012）. 欠定盲分离方法预报水下双层圆柱壳辐射声场. 《舰船科学技术》.
111. 乔志，陈美霞（2012）. 基于有限元功率流的L型板振动传递特性. 《舰船科学技术》.
112. 张晓宇，陈美霞，魏建辉（2012）. 圆锥壳和圆柱壳声辐射模态特性比较. 《舰船科学技术》.
113. 魏建辉，陈美霞，乔志，李飘（2012）. 湍流激励下单双层圆柱壳振动特性对比. 《华中科技大学学报(自然科学版)》.
114. 陈美霞，牟彬杰，魏建辉，张晓宇（2012）. 双层圆柱壳内外壳振动与声辐射相似性研究. 《船舶力学》.
115. 和卫平，陈美霞，魏建辉，张聪（2012）. 基于有限测点的单层圆柱壳辐射声功率计算. 《船舶力学》.
116. Meixia Chen (2012). Research on vibration transmission characteristic of L-shaped plate based on fem power flow. Ship Science and Technology.
117. Mei-Xia Chen (2012). Anti-Vibration Design for Platform Connection Structure.
118. 陈美霞，和卫平，邱昌林，陈清坤（2011）. 力激励与声激励作用下圆柱壳声振性能试验. 《华中科技大学学报(自然科学版)》.
119. 魏建辉，陈美霞，牟彬杰，乔志（2011）. 基于IBEM的水下双层圆柱壳声振性能研究. 《舰船科学技术》.
120. 陈清坤，陈美霞，和卫平，高菊（2010）. 舱壁与压载对流场中有限长圆柱壳声辐射影响. 《舰船科学技术》.
121. 陈美霞，杜磊，陈乐佳，骆东平（2009）. 基于边界元法的平板结构声振性能数值计算. 《武汉理工大学学报(交通科学与工程版)》.
122. 陈美霞，金家坤，彭旭，骆东平（2009）. 内、外壳对水下双层圆柱壳声振性能影响分析. 《船舶力学》.
123. 陈明，曹为午，陈美霞，金宝燕（2009）. 内部声源激励加筋双层圆柱壳声振计算方法. 《华中科技大学学报(自然科学版)》.
124. 陈美霞，金宝燕，陈乐佳（2008）. 基于APDL语言的加筋圆柱壳的静动态性能优化设计. 《舰船科学技术》.
125. 关珊珊，陈美霞，陈乐佳，余永丰，骆东平（2007）. 基于有限元动力计算的浮筏隔振系统功率流研究. 《舰船科学技术》.
126. 金广文，姜荣俊，陈美霞，何琳（2006）. 基于速度场重构的双层加肋圆柱壳体模态分析. 《武汉理工大学学报(交通科学与工程版)》.
127. 陈美霞，关珊珊，骆东平，杨叔子，曹钢（2005）. 具有内部甲板的环肋柱壳振动和声学试验分析. 《舰船科学技术》.
128. 陈美霞，陈乐佳，关珊珊，骆东平（2005）. 潜艇耐压舱段静动力性能计算分析. 《舰船科学技术》.
129. 郭华林，骆东平，陈美霞，周锋（2005）. 潜艇首部声呐平台区低频自噪声预报方法. 《舰船科学技术》.
130. 陈美霞，骆东平，王祖华，郭华林，周锋（2005）. 激励力对双层圆柱壳声辐射性能的影响. 《船舶力学》.
131. 陈美霞，骆东平，周锋，郭华林，王祖华（2004）. 敷设阻尼材料双层壳体低阶模态声辐射性能分析. 《2004年船舶与海洋工程学术研讨会》.
132. Meixia Chen (2004). Sound radiation analysis of low order modes from the ring-stiffened cylindrical shells in fluid medium. Applied science and technology.
133. Mei-Xia Chen, Dong-Ping Luo, Xu Peng, Bin Luo (2004). Analysis of characteristics of sound radiation from double cylindrical shell coated with viscoelastic layer.
134. Mei-Xia Chen, Dong-Ping Luo, Xiao-Ning Chen, Rui-Xiong Shen (2004). Analysis of sound radiation characteristics of complex double shells.
135. 陈美霞，骆东平，曹钢，蔡敏波（2003）. 环肋柱壳振动和声辐射试验分析. 《华中科技大学学报(自然科学版)》.
136. 陈美霞，骆东平，陈小宁，蔡敏波，周锋（2003）. 有限长双层壳体声辐射理论及数值分析. 《中国造船》.
137. Mei-Xia Chen, Dong-Ping Luo, Xiao-Ning Chen, Rui-Xiong Shen (2002). Analytical solution of radiation sound pressure of double cylindrical shells in fluid medium.DOI
138. 文丽，骆东平，陈越澎，陈美霞（1999）. 流场中有限长纵横加筋圆柱壳声辐射. 《华中科技大学学报(自然科学版)》.
139. Wen-Kai Dong, Mengqing Huang, Meixia Chen, Ting Wang, Xiyue Lai. Sound transmission loss through an infinite double-plate reinforced by periodic columns.

预印本

1. Lei Xiong, Meixia Chen, Wenkai Dong (2023). Identification of Dynamic Load on Shell Structure of Ship with a Zero-Norm Sparse Regularization. SSRN Electronic Journal.DOI