菜单
  

    process.
    Acknowledgement This project was supported by the Academic Research
    Fund, Ministry of Education, Singapore, and Moldflow Corporation.
    References
    1. Malloy RA (1994) Plastic part design for injection moulding: an intro-
    duction. Hanser Publishers, Munich
    2. Sahu K, Grosse IR (1994) Concurrent iterative design and the integra-
    tion of finite element analysis results. Eng Comput 10:245–257
    3. Irani RK, Kim BH, Dixon JR (1995) Towards automated design of the
    feed system of injection moulds by integrating CAE, iterative redesign
    and features. J Eng Ind 117:72–77
    4. Lee R-S, Chen Y-M, Lee C-Z (1997) Development of a concurrent
    mould design system: a knowledge-based approach. Comput Integ
    Manuf Sys 10(4):287–307
    5. Lu SC, Rebello AB, Miller RA, Kinzel GL, Yagel R (1997) A sim-
    ple visualization tool to support concurrent engineering design. Comput
    Aided Des 29(10):727–735
    6. Lee BH, Kim BH (1995) Automated selection of gate location based
    on desired quality of injection moulded part. SPE Annual Technical
    Conference, pp 554–560
    7. Pandelidis I, Zou Q (1990) Optimisation of injection moulding design.
    Part 1: gate location optimisation. Polym Eng Sci 30(15):873–882
    8. Pandelidis I, Zou Q (1990) Optimisation of injection moulding design.
    Part 2:moulding conditions optimisation. PolymEng Sci 30(15):883–892
    9. Lam YC, Seow LW (2000) Cavity balance for plastic injection mould-
    ing. Polym Eng Sci 40(6):1273–1280
    10. Lee BH, Kim BH (1996) Optimisation of part wall thickness to re-
    duce warpage in injection moulded part based on the modified complex
    method. SPE Annual Technical Conference, pp 692–697
    11. Francois V, Cuilliere JC (2000) 3D automatic remeshing applied to
    model modification. Comput Aided Des 32:433–444
    12. Lam YC, Manickarajah D, Bertolini A (2000) Performance characteris-
    tics of resizing algorithms for thickness optimisation of plate structures.
    Finite Elem Anal Des 34:159-174
    13. Deng Y-M, Britton GA, Lam YC, Tor SB, Ma YS (2002) A feature-
    based CAD-CAE integration model for injection moulded product de-
    sign. Int J Prod Res 40(15):3737–3750
    14. Deng Y-M, Lam YC, Tor SB, Britton GA (2002) A CAD-CAE inte-
    grated injection moulding design system. Eng Comput 18(1):80–92
    15. Britton GA, Lam YC, Deng Y-M (2002) Specification model: a first
    step towards automatic interpretation of injection moulding CAE re-
    sults. Int J Adv Manuf Technol 20(11):833–843
    16. Moldflow Pty. Ltd. (1999) Moldflow Plastic Insight Release 1.1 Online
    Documentation注塑成型塑料部件设计中的自动形状修改

    摘要:注塑模制塑料零件的设计必须确保该零件可以被制造成在注塑过程中的所需的质量级别。仿真软件已被广泛地应用于工业,以评估模塑性和质量的度量标准。但是,它可以直接用于改善式样。设计上的修改,必须由设计者进行评估仿真结果后进行。基于作者先前的关于注塑CAD-CAE一体化方面的工作,本文探讨了自动零件形状修改的策略和方法,以达到所需的零件质量。增强的CAD-CAE一体化模式开发。该模型用于指定形状修改变量,以及模塑性和其它质量的测量标准。形状修改变量包括每个个体特征的位置和尺寸参数,以及相关的零件特征,如零件厚度。有了这些信息,一个反复的零件形状的仿真子程序修改和执行的过程将会自动进行,并将结果进行了验证和评估。根据指定的条件优化的形状可以来自于评价结果。软件样机已经研制成功。一个设计案例经过分析可说明和论证完善的策略和方法的实用性。

    关键词:注塑,塑料零件设计,形状修改
  1. 上一篇:针盖的注塑模具分析英文文献和翻译
  2. 下一篇:加强钢筋混凝土箱梁抗扭英文文献和翻译
  1. 塑料制品的注塑模具设计...

  2. 塑料注射模具设计U型铣槽...

  3. 塑料制品模具设计英文文献和中文翻译

  4. 塑料成型生产过程中形成...

  5. 薄壁注塑成型翘曲英文文献和中文翻译

  6. 塑料模具注射成型英文文献和中文翻译

  7. 齿轮机械零部件英文文献和中文翻译

  8. 酸性水汽提装置总汽提塔设计+CAD图纸

  9. 杂拟谷盗体内共生菌沃尔...

  10. java+mysql车辆管理系统的设计+源代码

  11. 乳业同业并购式全产业链...

  12. 中考体育项目与体育教学合理结合的研究

  13. 电站锅炉暖风器设计任务书

  14. 大众媒体对公共政策制定的影响

  15. 当代大学生慈善意识研究+文献综述

  16. 河岸冲刷和泥沙淤积的监测国内外研究现状

  17. 十二层带中心支撑钢结构...

  

About

751论文网手机版...

主页:http://www.751com.cn

关闭返回