Inkjet-printed strain sensors for monitoring cylindrical pressure vessels [* Cross-Reference *]

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Nouchokgwe Youri; Granzow Torsten; Girod Stephanie; Gergen Sebastien; Bouton Olivier; Defay Emmanuel; Kovacova Veronika; Glinsek Sebastjan, 2026, "Inkjet-printed strain sensors for monitoring cylindrical pressure vessels [* Cross-Reference *]", https://lore.list.lu/citation?persistentId=perma:LIST.5PT8TK, LIST Open Repository, V1

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Description	The demand for flexible, low-cost, and lightweight sensors is increasing, particularly for structural health monitoring in harsh environments exposed to temperature fluctuations and mechanical strain. Inkjet printing, an additive manufacturing technique for electronics, offers lowcost fabrication with high spatial resolution. In this work, we present strain sensors fabricated by inkjet-printing silver onto flexible Kapton substrates. The sensing grid is protected from the environment by a polymeric encapsulant. The sensors exhibit a linear increase in resistance with increasing strain, with gauge factor values ranging from 1.40 to 1.80 recorded over a temperature range of −40 to 100 ○C. Furthermore, we demonstrate the applicability of these sensors for monitoring the mechanical deformation of a propellant tank with an aluminum liner. The strain sensor was printed directly onto the Kapton, which was pre-glued on a curved surface (tank). To compensate for temperature effects, two strain gauges, i.e., one aligned in the hoop direction and the other in the axial direction, were connected in a half-Wheatstone bridge configuration. A linear increase in output voltage with rising internal pressure up to 50 bar was observed, confirming the potential of inkjet-printed sensors for direct integration into structural health monitoring systems. (2025-01-01) *This entry has been automatically imported via Infodoc(ASO) CSV by LIST harvest scripts. * (2026-06-09)
Subject	Physics
Keyword	harsh environments exposed, flexible Kapton substrates, harsh environments, environments exposed, lightweight sensors
License/Data Use Agreement	Custom Dataset Terms


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Citation Metadata

Persistent Identifier	perma:LIST.5PT8TK
Publication Date	2026-07-06
Title	Inkjet-printed strain sensors for monitoring cylindrical pressure vessels [* Cross-Reference *]
Other Identifier	https://doi.org/10.1063/5.0279607
Author	Nouchokgwe Youri (Luxembourg Institute of Science and Technology) Granzow Torsten (Luxembourg Institute of Science and Technology) Girod Stephanie (Luxembourg Institute of Science and Technology) Gergen Sebastien (Luxembourg Institute of Science and Technology) Bouton Olivier (Luxembourg Institute of Science and Technology) Defay Emmanuel (Luxembourg Institute of Science and Technology) Kovacova Veronika (Luxembourg Institute of Science and Technology) Glinsek Sebastjan (Luxembourg Institute of Science and Technology)
Point of Contact	Use email button above to contact. LIST RDS (LIST)
Description	The demand for flexible, low-cost, and lightweight sensors is increasing, particularly for structural health monitoring in harsh environments exposed to temperature fluctuations and mechanical strain. Inkjet printing, an additive manufacturing technique for electronics, offers lowcost fabrication with high spatial resolution. In this work, we present strain sensors fabricated by inkjet-printing silver onto flexible Kapton substrates. The sensing grid is protected from the environment by a polymeric encapsulant. The sensors exhibit a linear increase in resistance with increasing strain, with gauge factor values ranging from 1.40 to 1.80 recorded over a temperature range of −40 to 100 ○C. Furthermore, we demonstrate the applicability of these sensors for monitoring the mechanical deformation of a propellant tank with an aluminum liner. The strain sensor was printed directly onto the Kapton, which was pre-glued on a curved surface (tank). To compensate for temperature effects, two strain gauges, i.e., one aligned in the hoop direction and the other in the axial direction, were connected in a half-Wheatstone bridge configuration. A linear increase in output voltage with rising internal pressure up to 50 bar was observed, confirming the potential of inkjet-printed sensors for direct integration into structural health monitoring systems. (2025-01-01) *This entry has been automatically imported via Infodoc(ASO) CSV by LIST harvest scripts. * (2026-06-09)
Subject	Physics
Keyword	harsh environments exposed flexible Kapton substrates harsh environments environments exposed lightweight sensors
Deposit Date	2025-01-01
Data Type	JournalArticle
Data Source	APL Electronic Devices 1, 036117 (2025)

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