PROJEKTIRANJE SILOSA S ASPEKTA NAČINA PROTOKA MATERIJALA PRI PRAŽNJENJU

IF 0.6 Q4 ENGINEERING, CIVIL
Davor Skejić, M. Bolanča
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引用次数: 0

Abstract

This article deals with the material flow problems of a cylindrical conical steel silos during discharge. Since the silos discharge process belongs to one of the most critical load cases, it is necessary to be accounted for during design. During the silos discharge the several modes of material flow can occur. Due to fact that each of the flow modes result in significantly different pressures on the silos walls, from the safety and economical aspect, it is required to have reliable assessment of the discharge process. Depending on the silos purpose and stored material properties it is necessary to design with aim to achieve the desired discharging mode. In conclusion, the present work, through the numerical analysis, gave insights into how the small variations in the silos structural geometry can cause different discharging modes.
在预期之前对筒仓进行材料保护
本文研究了圆锥形钢筒仓在出料过程中的物料流动问题。由于筒仓卸料过程属于最关键的荷载工况之一,因此在设计时有必要对其进行考虑。在筒仓卸料过程中,物料会发生多种流动模式。由于每种流动方式对筒仓壁产生的压力差异很大,从安全和经济的角度考虑,需要对卸料过程进行可靠的评估。根据筒仓的用途和储存物料的特性,有必要设计有针对性的卸料方式,以达到所需的卸料方式。综上所述,本文通过数值分析,揭示了筒仓结构几何形状的微小变化如何导致不同的卸料模式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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24 weeks
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