Drilling Simulation of Carbon Fiber Reinforced Plastic Composites Based on Finite Element Method

Zhi Hua Sha; Fang Wang; Sheng Fang Zhang

doi:10.4028/www.scientific.net/AMR.690-693.2519

Paper Titles

Static and Modal Characteristic Analysis of a Horizontal Machining Center
p.2496

Study on Machinability of Pre-Hardened Plastic Mould Steel
p.2501

The Analysis of Static and Dynamic Characteristic in Grinding Head of Roller Machine
p.2509

The Influence of Variable-Speed Waveforms on Vibration Suppression in Time-Varying Speed Cutting
p.2514

Drilling Simulation of Carbon Fiber Reinforced Plastic Composites Based on Finite Element Method
p.2519

Experimental Investigation of Effect of Gear Milling Parameters of Al-B₄C Composite Gears on Surface Roughness
p.2523

Investigation on Delamination Factor in Drilling Medium Density Fiberboards with Variable Feed Pressure Using Multi-Spindle Drill
p.2529

Parameter Recognition and Optimization of Residual Stress Prediction Model Based on Genetic Algorithm
p.2535

Prediction of Surface Roughness on CNC Turning Based on Monitoring of Cutting Force and Cutting Temperature
p.2540

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 690-693Drilling Simulation of Carbon Fiber Reinforced...

Drilling Simulation of Carbon Fiber Reinforced Plastic Composites Based on Finite Element Method

Abstract:

Carbon fiber reinforced plastics are widely used in aerospace and aircraft industries because of their remarkable advantages such as lightweight and high strength. However, as their properties are different with metals, those materials are difficult to machine in conventional ways, the machining defects may appear and the machining accuracy and surface quality are difficult to guarantee. Oriented to drilling of carbon fiber reinforce plastics, a machining model based on finite element method are presented in this paper, the drilling simulation of carbon fiber reinforced plastics using Deform-3D are realized, and the factors which influence the machining quality of the hole are analyzed in-depth. It shows the simulation results are accord with the results from the literatures and experiments and can used as evidence in drilling parameters optimizing and drilling quality improving.