Advanced Materials Structures for Sound and Vibration Damping
Materialtyp:
ArtikelUtgivningsinformation: Basel MDPI - Multidisciplinary Digital Publishing Institute 2025Beskrivning: 1 electronic resource (236 p.)Innehållstyp: - text
- computer
- online resource
- 9783725830510
- 9783725830527
- Medicine
- Clinical & internal medicine
- Diseases and disorders
- Oncology
- Technology, Engineering, Agriculture, Industrial processes
- Technology: general issues
- absorption coefficient
- acoustic metamaterial
- back air space
- broadband sound absorption
- buckwheat husks
- cellular rubber
- compression testing
- cuckoo search algorithm
- cylindrical shell
- damping aggregate
- dovetail structure
- dynamic simulation
- excitation frequency
- experimental damping measurement
- experimental research
- face-centered cubic lattice
- finite element simulation
- free vibration test
- frequency sweep test
- fretting fatigue
- functionally graded material
- granular damper
- granular material
- granular structures
- grid network structure
- hexagonal Helmholtz resonators
- hexagonal close-packed lattice
- interference silencer
- joint simulation method
- life prediction
- mechanical stiffness
- mechanical vibrations
- metaconcrete
- micro-CT scan
- modal damping
- natural frequency
- nonwoven fabric sheet
- open-cell foams
- optimal design
- optimization
- polyurethanes
- porous material
- random packing
- rice husks
- semi-active damper
- sensitivity factors
- side-branch silencer
- silica nanofiller
- sound absorption
- sound absorption coefficient
- tensile testing
- therm
Open Access Unrestricted online access star
This collection of cutting-edge research explores advances in vibration suppression, sound absorption, and materials optimization. Highlights include the optimization of thin-walled cylindrical shells using graded materials, innovative approaches to material damping simulation, and the integration of acoustic metamaterials for noise reduction. Studies also look at the sound absorption properties of non-woven fabrics, granular materials, and meshes, as well as improving the dynamic response of metabeton beams and cellular rubber composites. Each study combines experimental and theoretical methods to offer new insights and practical applications in the fields of structural dynamics, acoustics, and materials science.
Creative Commons Licence cc by cc https://creativecommons.org/licenses/by/4.0/
eng
Freely available e-book