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【求助】国内常用的ABS PA757和moldflow材料库的那种材料相近?

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1
发表于 2003-8-14 16:22:21 | 只看该作者 回帖奖励 |倒序浏览 |阅读模式

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2
发表于 2003-8-15 10:08:57 | 只看该作者
材料库中有这个料吧。
  
Material Data Method Report:
  
Manufacturer        Chi Mei Corporation
Trade Name         &nbspolylac PA-757
Family Abbreviation    ABS
Fibers / Fillers    Unfilled
Moldflow Material ID  51160
Moldflow Grade Code   CI006
  
The material was tested by the manufacturer. Data was last updated on JAN-01-1999.
This data is Non-Confidential.
  
SUMMARY:
Data Type                 Date                    Method
--------------------    ----------------------  ------------------------------
Rheology                  28-JUN-01             Unknown
Thermal                   01-JAN-99             Unknown
Specific Heat             01-JAN-99             Unknown
pvT                       23-MAY-01             Unknown
Shrinkage                 21-APR-2003            Uncorrected Residual Stress
  
RHEOLOGY:
The material's rheological behavior was tested by the manufacturer by an unspecified test method. Data was last updated on 28-JUN-01.  
  
THERMAL:
The material's thermal conductivity was tested by the manufacturer by an unspecified method. Data was last updated on 01-JAN-99. Thermal conductivity was established at a single temperature.
  
SPECIFIC HEAT:
The material's specific heat was tested by the manufacturer by an unspecified method. Data was last updated on 01-JAN-99. Specific heat was established at a single temperature.
  
pvT:
The material's pvT data was tested by the manufacturer by an unspecified method. Data was last updated on 23-MAY-01.
  
SHRINKAGE (MIDPLANE & FUSION MODELS ONLY):
For this material, shrinkage and warpage predictions will be based on an uncorrected residual stress model with generic estimates of material mechanical properties. Data was last updated on 21-APR-2003.
Analysis of approximately 895 mold trials on 35 unfilled ABS materials showed:
    In the direction parallel to flow, 73% of shrinkage predictions from simulations with data such as this were NOT within 25% of experimental values. In contrast, 88% of simulations with CRIMS data were within 25% of experimental values.
    In the direction perpendicular to flow, 68% of shrinkage predictions from simulations with data such as this were NOT within 25% of experimental values. In contrast, 84% of simulations with CRIMS data were within 25% of experimental values.
You can achieve more accurate shrinkage predictions by using measured shrinkage data and Moldflow's CRIMS model.
  
DISCLAIMER:
The information contained in this report has been prepared by Moldflow Corporation based on data and other information received from third parties. No representations or warranties are provided regarding this report or its conclusions and Moldflow Corporation specifically disclaims any liability that may result from reliance on these results.
  
Copyright 2002 Moldflow Corporation
3
发表于 2003-8-15 10:30:15 | 只看该作者
   谢谢!::g
  
  用搜索功能怎么找不到。真是奇怪!::?::?
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