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Effect of the casting process variables on microporosity and mechanical properties in an investment cast aluminium alloy

机译:铸造工艺变量对熔模铸造铝合金微孔率和力学性能的影响

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The casting process variables considered were the shell mould preheat temperature, the pouring temperature and the melt hydrogen content. The paper reports progress on a programme to appraise and optimise the mechanical properties of selected investment castings. The influence of shell preheat temperature, pouring temperature and melt hydrogen content on microporosity and mechanical properties were studied in this paper. Shell preheat temperature and melt hydrogen content are the most important process parameters determining the amount of porosity. All three parameters affect the mechanical properties to varying degrees.
机译:考虑的铸造工艺变量是壳模预热温度,浇注温度和熔体氢含量。本文报告了评估和优化所选熔模铸件机械性能的计划的进展。研究了壳的预热温度,浇注温度和熔体氢含量对微孔率和力学性能的影响。壳的预热温度和熔体氢含量是决定孔隙率最重要的工艺参数。所有这三个参数都会在不同程度上影响机械性能。

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