镍钛诺离合式热电偶的实现研究

Dumitru Cernuşcă, D. Milici, R. Pentiuc, Eugen Hopulele
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引用次数: 0

摘要

如今,智能材料的使用越来越广泛。其中一种材料是镍钛诺,它是一种由镍和钛组成的合金。镍钛诺被用来实现耦合和解耦装置,因为它的性质在温度变化时以不同的方式表现出来,在外力作用下或通过施加电流。本文介绍了研究实验室对热电偶在不同温度下两个独立系统的耦合和解耦测试所获得的主要性能,描述了所使用的形状记忆材料,确定了其制动扭矩,以及使用热电偶的优点,特别是需要通风的不同尺寸的旋转电机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on the Realization of a Nitinol Clutch Type Thermocouple
Nowadays the use of smart materials it is becoming more and more widespread. One of such materials is Nitinol wich is an alloy composed by Ni and Ti. Nitinol was used to realise a coupling and decoupling device, due to its property to manifest itself in different ways when the temperature changes, under the action of an external force or by applying an electric current. The paper presents the main performances obtained after testing the thermocouple in the research laboratory regarding the coupling and decoupling of the two independent systems at different temperatures, the description of the utilised shape memory material, the determination of its braking torque and the advantages of using the thermocouple, especially rotary electrical machines of different sizes where their ventilation is required.
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