碳纖複材鋪放與雷射加熱貼合成型

Carbon Fiber Composites Placement and Laser Heating Technology

王登彥 ； 柯順升 ； 林央正 ； 林東穎

《機械工業雜誌》 455期 (2021/02) Pp. 41-46

摘要

碳纖複合材料具有質量輕、高強度及耐腐蝕等眾多優點，被廣泛應用於各種產業如航太、運輸、汽車、運動器材、3C產品、風力發電和土木建築工程等。本研究著重於探討開發雷射碳纖複材貼合成型自動化設備，係將雷射運用於碳纖複材之貼合，藉由雷射瞬間產生之高能量，加熱碳纖帶使其軟化，然後加壓進行貼合成型。雷射碳纖複材貼合成型自動化設備包含自動化捲帶式碳纖維預浸材料傳輸模組、碳纖維滾壓模組、碳纖帶裁切模組，與雷射光斑鈍化加工頭模組構成的雷射加熱模組，可提供彈性且快速生產方式，發展具有高度靈活性的自動化生產製程。

關鍵字

碳纖複合材料 ； 自動貼合 ； 雷射加熱

並列摘要

Carbon fiber composite materials have advantages such as light weight, high strength and corrosion resistance, and are widely used in various industries such as aerospace, transportation, automobiles, sports equipment, 3C products, wind power generation, and civil engineering application. This research is to discuss development of an automation equipment for laser carbon fiber composite lamination. Laser is used for the laminating of carbon fiber composites. The high energy generated by the laser instantly heats up the carbon fiber tape, melts it, and presses it for lamination. The automated carbon fiber placement equipment includes an automatic roll-to-roll conveyer of prepreg carbon fibers, a carbon fiber rolling module, a carbon fiber tape cutting module, and a laser heating module. This equipment is thought to provide the rapid production and improve the stability of process.

並列關鍵字

Carbon fiber composite ； Automated lamination ； Laser heating

參考文獻

Rousseau, G.,Wehbe, R.,Halbritter, J.,Harik, R.(2018).Automated fiber placement path planning: A state-of-the-art review.Computer-aided Design and Applications.16,172-203.

Griffin, S.,Mark, Christopher(2015).Thermal modelling of the laser-assisted thermoplastic tape placement process.Journal of Thermoplastic Composite Materials.1445-1462.

MAURER, D.,Mitschang, P.(2015).Laser-powered tape placement process–simulation and optimization.Advanced Manufacturing: Polymer & Composites Science.129-137.

Stokes-Griffin, C.M.,Compston, P.(2015).A combined optical-thermal model for near-infrared laser heating of thermoplastic composites in an automated tape placement process.Composites Part A: Applied Science and Manufacturing.75,104-115.