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플라스틱의 사출성형조건이 응력완화에 미치는 영향
The Effect of the Injection Molding Conditions of Plastics on the Stress Relaxation
정석주(Chung Suk Choo), 황봉갑(Hwang Bong Kap)
UCI I410-ECN-0102-2008-530-001354228
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In this study, proper injection molding condition has been studied through stress relaxation tests in order to experimentally investigate the effect of the condition on softening of mold product, using specimens produced under the different conditions according to the recommendation of resin manufactures. As a result, softening of the specimens was found to be strongly influenced by material melting temperature. The specimen with higher material melting temperature is found to have lower softening. However, softening of the specimen with lower mold temperature has an decrement, compared with other specimens. In particular, specimen with notch is influenced by mold temperature. The softening increase with higher injection speed and pressure. Finally in order to improve softening, material melting temperature, injection speed and injection pressure were found to be increased with low mold temperature.

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