The Small Scale Effect on Linear Vibration of Beam-Like Nanostructures

Cheng Li; Lin Quan Yao

doi:10.4028/www.scientific.net/AMR.446-449.3432

Paper Titles

Tensile Strength Test and Analysis for Bolts with Hot-Dip Galvanizing
p.3412

The Optical Fiber Strain Monitoring Technology of Large-Scale Bridge
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A Reliability-Based Early Warning System for Real-Time Monitoring on RC Buildings
p.3422

In Situ Study on Reinforced Effect of Silt by Ram-Compaction Gravel Pile with End Expansion
p.3428

The Small Scale Effect on Linear Vibration of Beam-Like Nanostructures
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Analysis and Design of Strengthened Hyperbolic Cooling Tower by Using PDS Module in ANSYS
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Ultimate Behavior of Single Shear Bolted Connections with Thin-Walled Aluminum Alloys(6061-T6)
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The Experimental Study of Post-Embedded RC Bending Members with Inorganic Anchoring Material under Repeated Load
p.3446

Calculation of Areas of Cultural Relics Surface Defects Based on the Triangular Mesh Model
p.3452

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 446-449The Small Scale Effect on Linear Vibration of...

The Small Scale Effect on Linear Vibration of Beam-Like Nanostructures

Abstract:

Transverse free dynamics of a beam-like nanostructure with axial load is investigated. The effects of a small size at nano-scale unavailable in classical mechanics are presented. Explicit solutions for natural frequency, vibration mode and transverse displacement are obtained by separation of variables and multiple scales analysis. Results by two methods are in close agreement.