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首页> 外文期刊>Surface Engineering >Bodycote International Prize Paper Competition: Shortlisted/INVESTIGATING FEASIBILITY OF COMBINED HIP AND SOLUTION HEAT TREAT PROCESS FOR PRODUCTION OF CRITICAL ALUMINIUM CASTINGS
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Bodycote International Prize Paper Competition: Shortlisted/INVESTIGATING FEASIBILITY OF COMBINED HIP AND SOLUTION HEAT TREAT PROCESS FOR PRODUCTION OF CRITICAL ALUMINIUM CASTINGS

机译:Bodycote国际奖论文大赛:入围/研究HIP和固溶热处理工艺在生产关键铝铸件中的可行性

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摘要

Aluminium castings used in cyclically stressed applications need to be produced more economically. The present investigation examines the potential of a combined densification and heat treatment process. Using existing hot isostatic pressing hardware, a combined production process was developed using the Bodycote Densal process and a solution heat treatment. Three different castings were treated: permanent mould Al-Si- Mg alloy ABS master cylinder housing, sandcast Sr modified A356 experimental wedge coupon and sandcast Sr modified A356 steering knuckles. The tensile properties and fatigue behaviour of the castings was investigated using SEM and EDAX analysis. The results for the castings processed with the combined treatment were similar to the castings subjected to the more traditional production process followed by heat treatment. On an energy savings are estimated to timesavings of approx 30 percent.
机译:周期性应力应用中使用的铝铸件需要更经济地生产。本研究检查了致密化和热处理工艺相结合的潜力。使用现有的热等静压硬件,通过Bodycote Densal工艺和固溶热处理开发了组合生产工艺。处理了三种不同的铸件:永久铸模的Al-Si- Mg合金ABS主缸外壳,Srcast改性的A356实验楔​​形试样和Srcast改性的A356转向节。使用SEM和EDAX分析研究了铸件的拉伸性能和疲劳行为。经过综合处理的铸件的结果类似于经过更传统的生产工艺后再进行热处理的铸件。在节能方面,估计可以节省大约30%的时间。

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