Design of steel-composite multirim cylindrical flywheels manufactured by winding with high tensioning and in situ curing. 1. Basic relations

Portnov G; Uthe AN; Cruz I; Fiffe RP; Arias F

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Design of steel-composite multirim cylindrical flywheels manufactured by winding with high tensioning and in situ curing. 1. Basic relations

机译：通过高张力卷绕和原位固化制成的钢复合多边圆柱飞轮的设计。 1.基本关系

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The possibility of using force winding coupled with in situ curing to increase the energy storage capacity of hybrid steel-composite cylindrical flywheels is estimated and analyzed. Relations describing the rotational, thermal, and winding stresses are considered and discussed. These relations are used for a numerical analysis of the stress state and energy capacity of hybrid flywheels in the second part of the paper.

机译：估算和分析了使用力绕与原位固化相结合来提高混合钢复合圆柱飞轮储能能力的可能性。考虑并讨论了描述旋转应力，热应力和绕组应力的关系。这些关系在本文的第二部分中用于对混合飞轮的应力状态和能量容量进行数值分析。

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来源
《Mechanics of composite materials》 |2005年第2期|共14页
作者
Portnov G; Uthe AN; Cruz I; Fiffe RP; Arias F;
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正文语种 eng
中图分类数学;
关键词
hybrid flywheel; winding; tensioning; in situ curing; stress state; energy storage capacity; POLYMER COMPOSITES;

机译：混合飞轮;缠绕;张紧;原位固化;应力状态;储能能力;聚合物复合材料;

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Design of steel-composite multirim cylindrical flywheels manufactured by winding with high tensioning and in situ curing. 1. Basic relations

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