Stress-Strain and Creep Characteristics of HAF Black- Loaded NBR/EPDM Rubber Blends

Semi-conductive polymer composites are used in a wide range of sensors, measurement devices. This paper discusses the development of a model and a new theoretical formulation for predicting piezoresistive behavior in semi-conductive polymer composites including their creep behavior and contact resistance. The relationship between electrical resistance and force applied to the piezoresistive force sensor can be predicted by using the proposed theoretical formulation. In order to verify the proposed formulation, the piezoresistive behavior of Linqstat, a carbonfilled polyethylene, was modelled mathematically. In addition, some experimental tests such as Thermo Gravitational Analysis and Scanning Electron Microscopy have been performed on Linqstat to find the volume fraction and size of carbon particles which are essential for modeling. In addition, on a fabricated force sensor using Linqstat, a the force vs. resistance curve was obtained experimentally which verified the validity and reliability of the proposed formulation.

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Stress-Strain and Creep Characteristics of HAF Black- Loaded NBR/EPDM Rubber Blends

Cited by 2 publications

References 14 publications

Strategies to improve the mechanical performance of elastomers using ternary blends: A review

Strategies to improve the mechanical performance of elastomers using ternary blends: A review

A New Approach for Modeling Piezoresistive Force Sensors Based on Semiconductive Polymer Composites

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