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Application of Casting Technologies to Sikorsky Development Programs

机译:铸造技术在西科斯基开发计划中的应用

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Sikorsky Aircraft Corporation recently demonstrated new casting technologies in two if its latest development programs, the S-97 RAIDER™ aircraft and Future Advanced Rotorcraft Drive System (FARDS), to improve casting quality and speed to market. The development of new sand castings for rotorcraft gearbox housings can frequently take years to complete. Using modeling and simulation, additive manufacturing of the mold, and low pressure casting, Sikorsky has shown that the lead time and number of pours to yield a usable casting has been reduced by at least ten times compared to using traditional casting methods. These technologies also reduce the amount of weld repair required. Ultimately this will allow for new and improved gearbox designs with better speed to the market.
机译:西科斯基飞机公司(Sikorsky Aircraft Corporation)最近在两个最新的开发计划中展示了新的铸造技术,即S-97 RAIDER™飞机和未来先进的旋翼飞机驱动系统(FARDS),以提高铸造质量并加快上市速度。用于旋翼飞机变速箱壳体的新型砂铸件的开发通常需要数年才能完成。通过建模和仿真,模具的增材制造以及低压铸造,Sikorsky表明,与使用传统铸造方法相比,生产可用铸件的交货时间和灌注量减少了至少十倍。这些技术还减少了所需的焊接维修量。最终,这将允许新的和改进的变速箱设计以更快的速度推向市场。

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