Personal profile
Personal profile
Discipline: Mechanics
Contact number: 18810182350
Address: Room 304B /n, Astronautics Building, Beijing Institute of Technology Title: Professor
Mail box: ruizhu@bit.edu.cn
Postcode: 100081
Contact number: 18810182350
Address: Room 304B /n, Astronautics Building, Beijing Institute of Technology Title: Professor
Mail box: ruizhu@bit.edu.cn
Postcode: 100081
Research Interests
1. Low-frequency vibration control based on the new concept (Major project subject of the National Foundation Commission, Integrated project subject of the Space Joint Fund)
2. Guided wave Monitoring and intelligent wave regulation based on metamaterial/superstructure (National Key R&D Program intergovernmental cooperation project, surface project)
3. Micro-vibration suppression of aerospace structures (Joint Aerospace Fund integration project, in cooperation with the Fifth Academy of Aerospace)
4. Wave control and superstructure design based on novel artificial structures (origami and tensionic structures) (Major project subject of National Fund Commission) The research in the above fields has been published in nearly 50 international and domestic well-known journals, and Google has cited 1,800 times.
Project in Progress:
1. Inter-governmental cooperation project of National Key R&D Plan (lead)
2. National Aerospace Joint Fund Integration Project (lead)
3, National Key Research and Development Plan Science and Technology Winter Olympics special project (lead)
4, the National Fund Commission surface project (lead)
5. Major Projects of the National Foundation Committee (Participation)
2. Guided wave Monitoring and intelligent wave regulation based on metamaterial/superstructure (National Key R&D Program intergovernmental cooperation project, surface project)
3. Micro-vibration suppression of aerospace structures (Joint Aerospace Fund integration project, in cooperation with the Fifth Academy of Aerospace)
4. Wave control and superstructure design based on novel artificial structures (origami and tensionic structures) (Major project subject of National Fund Commission) The research in the above fields has been published in nearly 50 international and domestic well-known journals, and Google has cited 1,800 times.
Project in Progress:
1. Inter-governmental cooperation project of National Key R&D Plan (lead)
2. National Aerospace Joint Fund Integration Project (lead)
3, National Key Research and Development Plan Science and Technology Winter Olympics special project (lead)
4, the National Fund Commission surface project (lead)
5. Major Projects of the National Foundation Committee (Participation)
Education
2008-2013 PhD in Mechanical Engineering, University of Arkansas, Little Rock, USA
2006-2008 Master of Solid Mechanics, Beijing Institute of Technology
2002-2006 Bachelor of Engineering Mechanics, Beijing Institute of Technology
2006-2008 Master of Solid Mechanics, Beijing Institute of Technology
2002-2006 Bachelor of Engineering Mechanics, Beijing Institute of Technology
Professional Experience
2017-present Professor of Mechanics, School of Astronautics, Beijing Institute of Technology
2021-present Assistant to the President of Beijing Information Science and Technology University (temporary post)
2016-2017 Research Associate, Department of Aerospace, University of Washington
2015-2016 Department of Mechanical and Aeronautical Engineering, University of Missouri, USA PostDoc
2014-2015 Department of Mechanical and Aeronautical Engineering, North Carolina State University PostDoc
2012-2013 Instructor, University of Arkansas, Little Rock
2021-present Assistant to the President of Beijing Information Science and Technology University (temporary post)
2016-2017 Research Associate, Department of Aerospace, University of Washington
2015-2016 Department of Mechanical and Aeronautical Engineering, University of Missouri, USA PostDoc
2014-2015 Department of Mechanical and Aeronautical Engineering, North Carolina State University PostDoc
2012-2013 Instructor, University of Arkansas, Little Rock
Research Achievement
1. Funded by National Youth Talent Project in 2017
2. University of Arkansas at Little Rock College of Engineering Outstanding Doctoral graduate Award
3. University of Arkansas at Little Rock Engineering Science and Systems Outstanding Doctoral Student Award
2. University of Arkansas at Little Rock College of Engineering Outstanding Doctoral graduate Award
3. University of Arkansas at Little Rock Engineering Science and Systems Outstanding Doctoral Student Award
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Elastodynamic gauge transformation for controlling vibration mode shapes in Willis networks
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Elastodynamics of two-dimensional odd mechanical media: Theory, homogenization and wave characterization
Cheng, W., Qian, H., Wang, S., Yang, F., Wang, Q., Zhu, R., Hu, G. & Huang, G., Mar 2026, In: Journal of the Mechanics and Physics of Solids. 209, 106502.Research output: Contribution to journal › Article › peer-review
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Gear-tuning meta-shaft for low-frequency torsional vibration suppression
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Integrated design of thermally actuated metastructure for modulatable dual vibration isolation function
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A new strategy for vibration suppression in locally resonant metamaterials based on autoparametric resonance
Wang, X., Zhao, J., Kovacic, I., Li, H., Hua, R. & Zhu, R., Sept 2025, In: Nonlinear Dynamics. 113, 18, p. 24077-24100 24 p.Research output: Contribution to journal › Article › peer-review
5 Link opens in a new tab Citations (Scopus)