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Two-step foaming process combined with hot-rolling in fabrication of an aluminium foam sandwich panel

机译:两步发泡工艺与热轧相结合,制造泡沫铝夹芯板

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The present study addresses a new aluminium foam sandwich (AFS) manufacturing process by simplifying the technological processes and reducing costs by use of a two-step foaming process and hot-rolling. The interface between the coversheet and precursor core was bonded tightly by four passes of hot-rolling at 480 degrees C to realise simultaneous metallurgical bonding and foaming. The addition of Mg and pre-heated SiC makes the foaming process more stable and increases the apparent viscosity of the melt and decreases the adverse effects of gravity drainage and capillary action. The optimum foaming conditions occurred at a temperature of 720 degrees C for between 270 s and 390 s. (C) 2020 Elsevier B.V. All rights reserved.
机译:本研究通过使用两步发泡工艺和热轧来简化工艺流程并降低成本,从而解决了新的铝泡沫三明治(AFS)制造工艺问题。通过在480℃下进行四次热轧,使覆盖片和前体芯之间的界面紧密地结合在一起,以实现同时的冶金结合和发泡。 Mg和预热的SiC的添加使发泡过程更加稳定,并增加了熔体的表观粘度,并减少了重力引流和毛细作用的不利影响。最佳发泡条件发生在720摄氏度的温度下270 s至390 s。 (C)2020 Elsevier B.V.保留所有权利。

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