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The Modeling of Unconventional Sound Absorbing Materials: Microperforated Films and Closed Cell Foams

机译：非常规吸声材料的建模：微孔薄膜和闭孔泡沫

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Bolton J Stuart;
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年度 2013
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1. An empirical modelling of porous sound absorbing materials made of recycled foam [J] . Romina del Rey, Jesus Alba, Jorge P. Arenas, Applied Acoustics . 2012,第6a7期

机译：再生泡沫制成的多孔吸声材料的经验模型
2. Using shock waves to improve the sound absorbing efficiency of closed-cell foams [J] . Olivier Doutres, Noureddine Atalla, Martin Brouillette, Applied Acoustics . 2014,第may期

机译：使用冲击波提高闭孔泡沫的吸声效率
3. FG and viscoelastic models combination for vibroacoustic modeling of sandwich structures made of open and closed cell foam materials [J] . Tarkashvand A., Daneshjou K., Golmohammadi A. Composite Structures . 2021,第Mara期

机译：用于开放和闭孔泡沫材料制成的夹层结构的凝固结构的FG和粘弹性模型组合
4. The Modelling of Unconventional Sound Absorbing Materials: Microperforated Films and Closed Cell Foams [C] . J. Stuart Bolton International Conference on Light-weighting and Acoustical Materials in Vehicles . 2013

机译：非传统吸音材料的建模：微孔薄膜和闭孔泡沫
5. Optimal design of sound absorbing systems with microperforated panels. [D] . Kim, Nicholas Nakjoo. 2016

机译：带微孔板的吸声系统的优化设计。
6. Development of a Hopkinson Bar Apparatus for Testing Soft Materials: Application to a Closed-Cell Aluminum Foam [O] . Marco Peroni, George Solomos, Norbert Babcsan 2016

机译：用于测试软质材料的霍普金森杆设备的开发：在闭孔铝泡沫中的应用
7. Using shock waves to improve the sound absorbing efficiency of closed-cell foams [O] . Olivier Doutres, Noureddine Atalla, Martin Brouillette, 2014

机译：使用冲击波提高闭孔泡沫的吸音效率
8. DEVELOPMENT OF NEW SOUND ABSORBING MATERIALS FOR NOISE SUPPRESSORS PART Ⅰ.Development of Equipment for Evaluating Acoustical and Durability Properties of Sound Absorbing Materials at Elevated Temperatures [R] . WILLIAM E. LAWRIE 1959

机译：噪声抑制器新型吸声材料的开发第一部分。高温吸声材料声学和耐久性评价设备的研制

The Modeling of Unconventional Sound Absorbing Materials: Microperforated Films and Closed Cell Foams

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