The Relationship between Force and Length Change with Temperature Changes in the Synthetic Muscle of Complex Nylons - Archive ouverte HAL Access content directly
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The Relationship between Force and Length Change with Temperature Changes in the Synthetic Muscle of Complex Nylons

Abstract

Artificial muscle benefits from outstanding properties and is widely used in numerous industries. The new type of this muscle is made of nylon and provides more advantages than the previous ones. The mechanism is such that by giving heat, it causes a change in the length of the muscle. The study analyzes the muscle and calculates the changes in length and force by giving heat, and the relationship between changes in length and force with temperature changes is determined. For this purpose, three diameters are considered and their efficiency is compared.
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Dates and versions

hal-03762208 , version 1 (26-08-2022)
hal-03762208 , version 2 (22-04-2023)
hal-03762208 , version 3 (05-05-2023)

Identifiers

  • HAL Id : hal-03762208 , version 1

Cite

Mohammad Nazarifar, Hamidreza Fahham. The Relationship between Force and Length Change with Temperature Changes in the Synthetic Muscle of Complex Nylons. ​The first national conference on new technologies in mechanical and structural engineering, Jul 2022, Shiraz, Iran. ⟨hal-03762208v1⟩
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