A Novel Testing System for Mechanics Properties of the Thin-Walled Micro Components in Inertial System

Lin Che; Bo Wang; Guo Li

doi:10.4028/www.scientific.net/MSF.861.229

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Parametric Study of DIC Technology for Strain Distribution of CuZn30 during Micro-Bending Process
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A Novel Testing System for Mechanics Properties of the Thin-Walled Micro Components in Inertial System
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A Novel Testing System for Mechanics Properties of the Thin-Walled Micro Components in Inertial System

Abstract:

In this paper, micro tensile method was combined with micro bridge dynamic test method as a new testing method for mechanics performance to be put forward, and a novel testing system for mechanics properties of the thin-walled micro components was established. The micro testing specimen were designed and manufactured. And related mechanics performance tests were carried on to verify the feasibility and reliability of the test system. The experimental results show that displacements of the testing system are measured with 0.01μm resolution and axial loads are measured with 0.005N resolution.