B09-整合场协同理论和模流分析探讨含玻纤塑料于指叉状波浪流道之流动行为

INVESTIGATION OF THE FLOW BEHAVIOR OF FIBER-REINFORCED MELT IN INTERDIGITAL WAVE RUNNER BY SIMULATION ANALYSIS IMPLEMENTED WITH FIELD SYNERGY PRINCIPLE

1 张旭铭、2 杨耀升、3  郑志清、4 陈宏宾、5 萧乃仁

1Shiuh-Ming Chang, 2 Yao-Sheng Yang, 3Hung-Pin Chen, 4Chi-Ching Cheng , 5Nai-Jen Hsiao

1 高苑科技大学机械与自动化系助理教授

1Dept. Mechanical and Automation Engineering, Kao Yuan University

2 高苑科技大学电子系助理教授

2Department and Graduate School of Electronic Engineering, Kao Yuan University

3 高苑科技大学电子系研究生

3Department and Graduate School of Electronic Engineering, Kao Yuan University

4 高苑科技大学机械与自动化系研究生

4Dept. Mechanical and Automation Engineering, Kao Yuan University, Kao Yuan University

5 科盛科技股份有限公司

5CoreTech System (Moldex3D) Co., Ltd

本研究 以质子交 换 膜料燃电池      (Fuel cell) 之双极板 为例   ， 研究中 以材 料   PA6( Polyamide, Nylon6 )TECHNYL C217 Rhodia 和 PA6( Polyamide, Nylon6 )TECHNYL C218 V40 Rhodia(含 40%玻纤)，使 用场协同理论进行有玻纤及无玻纤的模拟分析，流道采用指叉状波浪结构，一模一穴设计，并应用 Moldex3D R9.1 模流分析软件进行含有玻璃纤维材料及未含有玻璃纤维材料的流动分析。由分析结果来观察并研究玻 纤配向、流道和产品质量关系，进而尝试应用于双极板的射出制程设定，提升产品质量。

关键词: 双极板、指叉状、场协同理论、玻纤配向。

In this study, we will focus on the bipolar plate of Proton Exchange Membrane Fuel Cell (or PEMFC). Two materials are used in this study, which are PA6 (Polyamide,Nylon6) TECHNYL C217 Rhodia and PA6 (Polyamide, Nylon6 ) TECHNYL C218 V40 Rhodia (+40% Glass Fiber). Moreover, a CAE simulation software, Moldex3D integrated with field synergy principle is adopted to study the flow behavior of melt with fiber or without fiber in a curved runner. The effect of fiber orientation and interdigital wave runner type on product quality can be obtained based on some simulation results, which will help improve the process setting of the bipolar plate molding

Keyword: Bipolar plate, Interdigital wave curved runner, Field synergy principle, Fiber orientation.