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hehaonan

  • Associate Professor
  • Supervisor of Master's Candidates
  • Name (English):Haonan He
  • Name (Pinyin):hehaonan
  • School/Department:Harbin Engineering University
  • Administrative Position:Associate Professor
  • Degree:Doctoral Degree in Philosophy
  • Professional Title:Associate Professor
  • Status:Employed
  • Alma Mater:University of Bristol
  • Teacher College:College of Aerospace Engineering
  • Discipline:General and Fundamental Mechanics

Recommended MA Supervisor

Contact Information
  • ZipCode：0140c3c745f0b66683baf49818a5ead5297d9f9d6faaaeb15e014e9188359b9bc4d213d852078a66bf4187ea218a92ded489d2594a3ef824114ce6c059f640dc9612dc48ec6e0507aa9ce622f02e7fe3f14cab3e70cc48e40d92ada1c8935503f45c0ed01eb82c1d763df8daa2a60bed1c7678be753de94521a29672ae3f857f
  • PostalAddress：a7774ad8d61cc046c48272db3f8647e8fdfb0f55eae364263cd7acd8124b97319d956bc7efc8366a477c079145658c36c551e77341251d0d15b360821d30aad0d5acfb82339adf3b53983dfa9d28ee10c993bacd6cc10113a5db6acb9e4a25d2fdfddb79aa987007d91996603c4b5da4527c84b0782dc22753c590d2b5896eb7
  • Telephone：b974862bb42829c2782dabe7faa36ffa246991ee633b14016532db7178c2bdf82eb356977558e5dd26e697a3da1a8cde46e4497ce9cb8135fb88dd9db105f5748a931075df727f3cd1ee54ea80bf03debe6ca612677adcb8ee97c246a1078ff720a1daed0dbfd850d27c12da25d6db867b2020f363f7c1d9112b0ce014f93e53
  • Email：783c2401268bcb07b0828ab62a735c811829b1daf53111533d7e2ee82410c6e08067046ce4ac47593c368cdc0506e9bcbd632a714dfd15f570b8f073ed2f88d3662cb4e0e9df0af6d00ad52d525d79919097c29a66f6ba301d8c4c63264d1cc2b7f22b5b2835c675feecc726927d70841f01347e97c3945fc8c0ae2a000f805f
  • Paper Publications

A Graph-Based Methodology for Optimal Design of Inerter-Based Passive Vibration Absorbers With Minimum Complexity

Release time:2025-05-02  Hits:

  • Impact Factor:4.6
  • Journal:Structural Control and Health Monitoring
  • Indexed by:Journal paper
  • Discipline:Engineering
  • Volume:2024
  • Page Number:8871616
  • Translation or Not:no
  • Date of Publication:2024
  • Included Journals:SCI
Pre One:Nonlinear aeroelastic analysis of the folding fin with freeplay under thermal environment
Next One:Enhancing the trade-off between ride comfort and active actuation requirements via an inerter-based passive-active-combined automotive suspension