THE SIMULATION OF X-RAY IMAGING DETECTION OF DEFECTS IN CARBON FIBER RESIN MATRIX COMPOSITE MATERIAL

Abstract

Abstract: Using CIVA simulation software to simulate the X-ray imaging detection results of the carbon fiber resin matrix composite material under different voltages, different currents, different focal spot sizes, the optimal X-ray process parameters are obtained. Then the X-ray cone-beam computed tomography imaging under the optimal X-ray process parameters was simulated. Comparing the X-ray cone-beam computed tomography imaging test results of the carbon fiber resin matrix composite material with lamination defects and simulation results, the two results coincided well. Meanwhile, the X-ray cone-beam computed tomography imaging test results of the actual carbon fiber resin matrix composite material demonstrate the feasibility and reliability of the optimal X-ray process parameters.

Key words: CIVA simulation software, X-ray imaging detection, optimal X-ray process parameters

CLC Number:

TB332

WANG Cong-ke, DONG Fang-xu, ZHAO Fu-bao, FAN Li-mei. THE SIMULATION OF X-RAY IMAGING DETECTION OF DEFECTS IN CARBON FIBER RESIN MATRIX COMPOSITE MATERIAL[J]. Fiber Reinforced Plastics/Composites, 2017, 0(2): 82-87.

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