Research of Fused Deposition Modeling Process Oriented Component Design

Abstract:

In the process of Fused Deposition molding (Fused Deposition Modeling, FDM), because the 3 d design is disconnected with manufacturing (or process), and prototype and precision is influenced by many factors, there are many disadvantages such as much design rework, difficult processing, low efficiency and high cost. Based on the concept of Design for Manufacturing ((Design for Manufacturing, DFM), this paper analyzes several factors that influence the forming accuracy, and puts forward the corresponding solutions to improve rapid prototyping manufacture parts strength and forming precision, combined with the actual rapid prototyping processing. It has certain reference value in the study of parameter selection and structure improvement of FDM process oriented component design.

• Periodical: Advanced Materials Research (Volume 1095)
• Pages: 828-832
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.1095.828
• Online since: March 2015
• Authors: Zi Fan Huang, Yue Long Ma, Jia Hai Wei, Ai Qiong Pan, Jun Liu
• Keywords: Design for Manufacturing, Fused Deposition Manufacturing, Parts Design, Rapid Prototyping Technology

References

[1] YU haibo, QIN zujun. Prototype of FDM rapid prototyping machines precision analysis and countermeasures [J]. Journal of equipment manufacturing technology, 2014, (5) : 139-141.

[2] NI RongHua. Fused deposition molding precision numerical simulation research and its forming process [D]. Jinan: shandong university, (2013).

[3] WANG xiankui, JIAN pu, LIU Chengying, LI zhi-zhong. Component design for manufacturing: theory and implementation [J]. Journal of computer integrated manufacturing system, 1996, 6(2): 21-25.

[4] ZHANG Yuan. Fused deposition molding accuracy and process research [D]. Dalian: dalian university of technology, (2009).

[5] CHEN Baojuan. Fused deposition molding accuracy and process experimental study [D]. Dalian: dalian university of technology, (2012).

[6] FANG Yong, WANG yiqing, LU bing-heng. Pneumatic type fused deposition system wire width and contour compensation study [J]. Journal of mold industry, 2007, 33(2): 53-57.

[7] JIA zhenyuan, ZOU guolin, GUO dongming, WANG dongxing. FDM process of silk models and compensation methods study [J]. China mechanical engineering, 13 (23) : 1997-(2001).

[8] GUO Ge, YAN yongnian, LU Qingping, ZHOU Yan. FDM technology support to add [J]. China mechanical engineering, 2000, 11 (10) : 11-15.

[9] JI LiangBo. Finite element simulation and fused deposition molding process optimization research [D]. Nanchang: nanchang university, (2011).

[10] ZHAO Jibin, HE liying, LIU weijun, BIAN hongyou . Optimization method of part's making direction is in rapid prototyping manufacturing [J]. Journal of computer-aided design and graphics, 2006, 19 (3) : 456-463.

[11] SUN chunhua. To build up the forecast model on the FDM precision forming a [J]. Journal of mechanical science and technology, 201, 29 (3) : 399-403.