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2017•QUT ePrints (Queensland University of Technology)Open access

OPTICAL EXPERIMENTAL AND NUMERICAL STUDY ON THE COMPRESSION BUCKLING BEHAVIORS OF COMPOSITE PANEL STIFFENED BY I-TYPE RIBS

Zhenkun Lei, Rongmin Bai

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Abstract

Full-field buckling deflection�of I-type stiffened composite panel were measured by a multi-frequency phase-shifting method of fringe projection profilometry.Numerical simulation was verified by the experiments.

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Full-field buckling deflection�of I-type stiffened composite panel were measured by a multi-frequency phase-shifting method of fringe projection profilometry.Numerical simulation was verified by the experiments.

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Available abstract

Full-field buckling deflection�of I-type stiffened composite panel were measured by a multi-frequency phase-shifting method of fringe projection profilometry.Numerical simulation was verified by the experiments.

Key concepts: Buckling, Structural engineering, Materials science, Composite number, Delamination (geology), Compression (physics), Microscale chemistry, Composite material

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OPTICAL EXPERIMENTAL AND NUMERICAL STUDY ON THE COMPRESSION BUCKLING BEHAVIORS OF COMPOSITE PANEL STIFFENED BY I-TYPE RIBS — Research Paper | ScholarLens