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Analysis of a composite double cantilever beam with stitched reinforcements under mixed mode loading: Formulation (I)
Authors:Insik Jang  Bhavani V Sankar
Affiliation:(1) Department of Mechano-Informatics and Design Engineering, Hongik University, 300 Jochiwon-eup, 339-701 Yonkt-gun, Chungnam-do, Korea;(2) Department of Mechanical and Aerospace Engineering, University of Florida, P O.Box 116250, 32611-6250 Gainesville, FL, USA
Abstract:Several methods for improving the lnterlaminar strength and fracture toughness of composite materials are developed Through-the-thickness stitching is considered one of the most common ways to prevent delamination Stitching significantly increases the Mode I fracture toughness and moderately improves the Mode II fracture toughness An analytical model has been developed for simulating the behavior of stitched double cantilever beam specimen under various loading conditions For z-directional load and moment about the y-axis the numerical solutions are compared with the exact solutions The derived formulation shows good accuracy when the relative error of displacement and rotation between numerical and exact solution were calculated Thus we can use the present model with confidence in analyzing other problems involving stitched beams
Keywords:Composite Double Cantilever Beam  Stitched Reinforcement  Mixed Mode Loading  Analytical Modelling
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