Ultrasonic Monitoring Of Asymmetric Carbon Fibre Reinforced Aluminum Laminates
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EVALUATING THE SEVERITY OF DEFECTS IN A METAL TO CFRP HYBRID
metal-thermoplastic insert, the fibre orientation can be determined very well. In the right picture the metal-thermoplastic insert as well as the fibre orientation are easily visible as in the left picture. Furthermore there is a pleat under the upper arm of the fir tree structure. This pleat is brighter than the surrounding and stands out.
Table of Contents - CCM
Carbon Fiber Thermoplastic B-Pillars. Dr. Gillespie has also received numerous best paper and best presentation awards over the years. Specialty Areas:
ACOUSTIC EMISSION-BASED SENSOR ANALYSIS AND DAMAGE
carbon/epoxy composite laminates to initiate specific types of damage: matrix cracking, delamination and fiber breakage. AE signal responses were collected during impacting and the test panels were ultrasonically C-scanned after impact to identify the internal damage corresponding to the AE signals.
HBCUs/OMUs Research Conference Agenda and Abstracts
(for GLARE) and aramid- (for ARALL) fiber reinforced epoxy. Damage in pure aluminum panels impacted by foreign objects was mainly characterized by large plastic deformation surrounding a deep penetration dent. On the other hand, plastic deformation in fiber-metal laminates was often not as severe although the penetration dent was still produced.
Table of Contents
Aluminum by Multiaxial Forging Method A.M. Cazac, C. Bejinariu, C. Baciu, S.L. Toma and C.D. Florea 137 Digital Scanning Method for Thickness Analysis of Hollow Parts Manufactured by Incremental Forming on a CNC Lathe I. Neagoe, A.C. Filip and A. Manolescu 142 Influence of Processing Parameters on the Quality of the Superficial Layer after
PROCEEDINGS OF SPIE Fourth International Conference on Smart
8793 0Q Ultrasonic monitoring of asymmetric carbon fibre reinforced aluminum laminates [8793-167] J. Zhao, F. Yang, R. Wang, Harbin Institute of Technology (China) 8793 0R Design of smart functional apparel products for moxa moxibustion [8793-168] L. Li, W. Au, F. Ding, The Hong Kong Polytechnic Univ. (Hong Kong, China); K. Wong, Tung