高壓鋼瓶結構對耐內壓品質的影響分析及最佳化設計

Quality Analysis of Internal Pressure and Optimum Design of Titanium-Alloy High Pressure Containers

許源泉(Yuan-Chuan Hsu) ； 林恆勝(Heng-Sheng Lin) ； 簡綱佑(Gang-You Jian) ； 林劍塵(Jian-Chen Lin)

《技術學刊》 25卷1期 (2010/03) Pp. 29-35

https://doi.org/10.29507/JT.201003.0004

摘要

安全性是高壓容器設計製造的前提，因此耐內壓品質分析是高壓鋼瓶的重要課題。本文以圓筒型鈦合金高壓鋼瓶爲研究對象，利用有限元素模擬技術來分析鋼瓶充氣承受內壓後的變化，亦即分析鋼瓶厚度、鋼瓶高度、鋼瓶外徑及鋼瓶材料等鋼瓶結構設計參數對鋼瓶耐內壓的影響，並預測鋼瓶弱化或破壞位置，再以田口品質工程探討鈦合金高壓鋼瓶結構之最佳化設計。

關鍵字

高壓鋼瓶 ； 鈦合金 ； 耐內壓 ； 有限元素分析

並列摘要

Safety is the prime consideration in the design and manufacture of high pressure containers. Therefore, quality analysis of container strength in withstanding internal pressurization is a vital issue. This work has investigated cylindrical high pressure containers. The FE method was applied to analyze the effect of thickness, height, outer diameter and workpiece material on the container strength in withstanding internal pressurization. Weakening spots and fractures were predicted. The Taguchi method was further applied to evaluate the optimum design of the structure of high pressure containers.

並列關鍵字

high pressure container ； titanium alloy ； internal pressurization ； finite element analysis