ISSN: 0957-4565 - British Library Electronic Legal Deposit Catalogue-Journal Issues and Articles Search Results

ISSN 0957-4565

1. A comparative study of isolation performance of electric automobile seat's suspension added by negative-stiffness structure models. (February 2023)

Authors:: Li, Shiming; Li, Haitao; Zhang, Li; Wang, Xiangjie
Other Names:: Vijayan Kiran guest-editor.
Journal:: Noise & vibration worldwide
Issue:: Volume 54:Number 2/3(2023)
Page Start:: 81
Record Type:: Journal Article
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2. A comparative study of transmissibility factors of traditional and pneumatic dumper seats using one-third octave band analysis. (October 2020)

Authors:: Mandal, Bibhuti B; Bhattacharjee, Ashis; Prajapati, Shivkumar; Hussain, Syed Aftab
Journal:: Noise & vibration worldwide
Issue:: Volume 51:Number 10(2020)
Page Start:: 167
Record Type:: Journal Article
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3. A genetic algorithm approach for optimization of machinery noise calculations. (April 2019)

Authors:: Rao, DS; Tripathy, DP
Journal:: Noise & vibration worldwide
Issue:: Volume 50:Number 4(2019)
Page Start:: 112
Record Type:: Journal Article
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4. A new fault feature extraction method of rotating machinery based on finite sample function. (June 2021)

Authors:: Miao, Feng; Zhao, Rongzhen
Journal:: Noise & vibration worldwide
Issue:: Volume 52:Number 6(2021)
Page Start:: 137
Record Type:: Journal Article
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5. A new Fourier series method and displacement function for in-plane vibration and power flow characteristics analysis of isotropic rectangular plates. (June 2019)

Authors:: Mahapatra, Kavikant; Panigrahi, SK
Journal:: Noise & vibration worldwide
Issue:: Volume 50:Number 6(2019)
Page Start:: 176
Record Type:: Journal Article
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6. A new method to identify rotor–stator rubbing positions based on intrinsic time scale decomposition. (March 2022)

Authors:: Yu, Mingyue; Chen, Wangying; Wang, Jinglin; Cong, Haonan
Journal:: Noise & vibration worldwide
Issue:: Volume 53:Number 3(2022)
Page Start:: 120
Record Type:: Journal Article
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7. A new modification of the homotopy perturbation method. (July 2021)

Authors:: Yunbunga Adamu, Magaji; Ogenyi, Peter
Journal:: Noise & vibration worldwide
Issue:: Volume 52:Number 7/8(2021)
Page Start:: 191
Record Type:: Journal Article
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8. A novel intelligent fault diagnosis method based on variant sparse filtering and back-propagation. (March 2022)

Authors:: Chan, Lifeng; Cheng, Chun
Journal:: Noise & vibration worldwide
Issue:: Volume 53:Number 3(2022)
Page Start:: 133
Record Type:: Journal Article
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9. A research on rubbing feature extraction based on information fusion and signal decomposition algorithm. (April 2022)

Authors:: Yu, Mingyue; Cong, Haonan; Chen, Wangying
Journal:: Noise & vibration worldwide
Issue:: Volume 53:Number 4/5(2022)
Page Start:: 172
Record Type:: Journal Article
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10. A review on deep learning based condition monitoring and fault diagnosis of rotating machinery. (December 2022)

Authors:: Gangsar, Purushottam; Bajpei, Aditya Raj; Porwal, Rajkumar
Journal:: Noise & vibration worldwide
Issue:: Volume 53:Number 11(2022)
Page Start:: 550
Record Type:: Journal Article
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