By using Visual C++, a model with post processing was carried out to simulate the temperature and strength distributions of the mold(core). The results are shown in 256 color graphic mode. With this model, the temperature and strength distributions of the mold(core) both in case of heating process for core in the furnace and solidification process for a thin wall aluminum alloy casting in the mold(core) are numerically simulated. The results show that the temperature and strength distributions of the mold(core) were uneven because the thermal conductivity of the resin sand was much small. This study laid a basis for the optimum design of the mold(core) properties. [
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机译:Effet des plastifiants sur la Temperature de Transition Vitreuse,Tg,du Butadiene a Terminaison Hydroxy et du polyazoture de Glycidyle - simulations et Experiences(增塑剂对玻璃化转变温度的影响,Tg,丁二烯对终止羟基和聚乙二醇的聚合物的影响) - 模拟和经验)