NSTL国家科技图书文献中心

1. Printed Strain Sensor NSTL国家科技图书文献中心

Gunter Huebner - 《2023 Proceedings: 72th Annual Technical Conference, March 12-15, 2023, Oklahoma City, Oklahoma, United States》 - Annual Technical Conference - 2023, - 368～377 - 共10页

摘要： for carbon fiber-based semi-finished products as | printed strain sensor* that enables in-situ strain* | carbon fiber* mats. The research is taking place as part* | Manufacturing of Fiber* Composite Components in an Elastic* | and sensor-supported production environment for

关键词： printed sensor | screen printing | in situ strain measurement | TPU-substrate

2. Application of silicon carbide fibers as a sensor for low-velocity impact detection and localization EI 工程索引 SCOPUS Scopus数据库 NSTL国家科技图书文献中心

Kwon, Hyunseok | Park, Yurim ... - 《Structural health monitoring》 - 2019,18(5/6) - 1372～1382 - 共11页 - 被引量：4

摘要： resistance change of the silicon carbide fiber* sensor due* | changes of the silicon carbide fiber* sensor were* | In this study, silicon carbide fiber* was* | proposed as a sensor* for detection and localization of* | low-velocity impacts on composite structures. Semi

关键词： Low-velocity impacts | impact localization | fiber-type sensor | semi-conductive fiber sensor | silicon carbide fiber sensor

3. Strain sensing characteristics using piezoresistivity of semi-conductive silicon carbide fibers NSTL国家科技图书文献中心

Kwon, Hyunseok | Park, Yurim ... - 《Smart Materials & Structures》 - 2019,28(10) - 共12页 - 被引量：3

摘要：. Silicon carbide (SiC) fibers with semi-conductive* grade* | the inherent characteristics of semi-conductive | strain sensing characteristics of semi-conductive* SiC* | Conductive fibers having piezoresistive | materials, so the fibers have potential as a strain sensor

关键词： piezoresistivity | semi-conductive fibers | silicon carbide fibers | embedded strain sensor | composite materials

4. In-Line Integration of Sensors in Thermoplastic Composite Structures Using Novel Continuous Orbital Winding Technology NSTL国家科技图书文献中心

Ricardo Decker | Benjamin Arnold ... - 《21st Symposium on Composites: Selected, peer reviewed papers from the "21st Symposium on Composites", July 5-7, 2017, Bermen, Germany》 - Symposium on Composites - 2017, - 490～497 - 共8页

摘要： for special fiber-reinforced thermoplastic semi | integrate a sensor* system during production without* | tape with integrated electrically conductive* fibers* | microstructures of the sensor* system and the mesostructures of* | for the continuous processing of semi-finished

关键词： in-line sensor integration | processing fiber-reinforced thermoplastics | continuous orbital winding | smart textile | silicon sensors | MEMS | large scale manufacturing | lightweight structures

NSTL主题词： Sensors | Thermoplastic composites | winding (process) | Orbits | DNA Integration | integration

5. Embedded silicon carbide fiber sensor network based low-velocity impact localization of composite structures NSTL国家科技图书文献中心

《Smart Materials & Structures》 - 2020,29(5) - 共12页 - 被引量：9

摘要：Semi-conductive silicon carbide (SiC) fibers | . In this study, embedded SiC fiber* sensor network* | structures was investigated. The SiC fiber* sensor network* | was performed for various fiber* configurations, and* | fiber sensors were compared and investigated. When the

关键词： piezoresistive fibers | silicon carbide fibers | fiber-type sensor | sensor embedded composite structures | low-velocity impact localization

6. Quantitative characterisation of conductive fibers by capacitive coupling SCOPUS Scopus数据库 SCIE Web of Science核心 NSTL国家科技图书文献中心

Ruland, Andres | Jalili, Rouhollah ... - 《The Analyst: The Analytical Journal of the Royal Society of Chemistry: A Monthly International Publication Dealing with All Branches of Analytical Chemistry》 - 2018,143(1) - 215～223 - 共9页 - 被引量：1

摘要： threshold. A semi-log linear response of the fiber | fiber conductivity. Using reduced graphene oxide (RGO | ) fibers, the detector response as a function of fiber | resistance measurements are mainly dependent on the sensor | design, and also on the fiber* properties. The detection*

7. CNT-grafted glass fibers as a smart tool for epoxy cure monitoring, UV-sensing and thermal energy harvesting in model composites NSTL国家科技图书文献中心

Tzounis, L. | Liebscher, M.... - 《RSC Advances》 - 2016,6(60) - 55514～55525 - 共12页

摘要： matrix health monitoring. Besides, the semi-conductive | the surface of glass fiber* yarns (GF-yarns) in a dip* | covering the fiber* surfaces. In turn, GF-CNT reached a* | non-invasive composite UV-sensor, allowing polymer | fiber/CNT multi-scale reinforcements giving rise to

8. Characterization of thermal and electrical properties of Fiber Reinforced Polymer (FRP) composites. NSTL国家科技图书文献中心

Tipirneni, Raja Ram... - West Virginia Univer... - Engineering, Industr... - M.S. - Jaraiedi, Majid - 2008, - 1～129 - 共130页

摘要： a function of resin type, fiber* type and* | architecture, fiber* volume fraction, direction of heat flow* | responses in Fiber* Reinforced Polymer (FRP) composite* | planar direction (along the direction of the fiber* and* | transverse direction of the fiber) of a composite laminate

9. Wireless and electromechanical approaches for strain sensing and crack detection in fiber reinforced cementitious materials. NSTL国家科技图书文献中心

Hou, Tsung-Chin. - University of Michig... - Engineering, Civil. - Ph.D. - Lynch, Jerome P., - 2008, - 共218页

摘要： any semi-conductive* material to map conductivity* | High performance fiber* reinforced cementitious* | materials as their own sensor* platform. First, wireless* | using a large number of wireless sensor* nodes is* | wireless sensor* are leveraged to locally process response*

10. Development and evaluation of smart materials for structural health monitoring. NSTL国家科技图书文献中心

Hota, Sandilya. - West Virginia Univer... - M.S.E.E. - Klinkhachorn, Powsir... - 2006, - 共98页

摘要：). The operation of a conductive nanocomposite sensor | thermosets are electrical insulators. However, conductive | conductive resins and composite materials. At a specific | concentration of conductive* filler, electroconductive channels* | are formed and the insulators are turned into semi

摘要： for carbon fiber-based semi-finished products as | printed strain sensor that enables in-situ strain | carbon fiber mats. The research is taking place as part | Manufacturing of Fiber Composite Components in an Elastic | and sensor-supported production environment for

关键词： printed sensor | screen printing | in situ strain measurement | TPU-substrate

摘要： resistance change of the silicon carbide fiber sensor due | changes of the silicon carbide fiber sensor were | In this study, silicon carbide fiber was | proposed as a sensor for detection and localization of | low-velocity impacts on composite structures. Semi

关键词： Low-velocity impacts | impact localization | fiber-type sensor | semi-conductive fiber sensor | silicon carbide fiber sensor

摘要：. Silicon carbide (SiC) fibers with semi-conductive grade | the inherent characteristics of semi-conductive | strain sensing characteristics of semi-conductive SiC | Conductive fibers having piezoresistive | materials, so the fibers have potential as a strain sensor

关键词： piezoresistivity | semi-conductive fibers | silicon carbide fibers | embedded strain sensor | composite materials

摘要： for special fiber-reinforced thermoplastic semi | integrate a sensor system during production without | tape with integrated electrically conductive fibers | microstructures of the sensor system and the mesostructures of | for the continuous processing of semi-finished

关键词： in-line sensor integration | processing fiber-reinforced thermoplastics | continuous orbital winding | smart textile | silicon sensors | MEMS | large scale manufacturing | lightweight structures

NSTL主题词： Sensors | Thermoplastic composites | winding (process) | Orbits | DNA Integration | integration

摘要：Semi-conductive silicon carbide (SiC) fibers | . In this study, embedded SiC fiber sensor network | structures was investigated. The SiC fiber sensor network | was performed for various fiber configurations, and | fiber sensors were compared and investigated. When the

关键词： piezoresistive fibers | silicon carbide fibers | fiber-type sensor | sensor embedded composite structures | low-velocity impact localization

摘要： threshold. A semi-log linear response of the fiber | fiber conductivity. Using reduced graphene oxide (RGO | ) fibers, the detector response as a function of fiber | resistance measurements are mainly dependent on the sensor | design, and also on the fiber properties. The detection

摘要： matrix health monitoring. Besides, the semi-conductive | the surface of glass fiber yarns (GF-yarns) in a dip | covering the fiber surfaces. In turn, GF-CNT reached a | non-invasive composite UV-sensor, allowing polymer | fiber/CNT multi-scale reinforcements giving rise to

摘要： a function of resin type, fiber type and | architecture, fiber volume fraction, direction of heat flow | responses in Fiber Reinforced Polymer (FRP) composite | planar direction (along the direction of the fiber and | transverse direction of the fiber) of a composite laminate

摘要： any semi-conductive material to map conductivity | High performance fiber reinforced cementitious | materials as their own sensor platform. First, wireless | using a large number of wireless sensor nodes is | wireless sensor are leveraged to locally process response

摘要：). The operation of a conductive nanocomposite sensor | thermosets are electrical insulators. However, conductive | conductive resins and composite materials. At a specific | concentration of conductive filler, electroconductive channels | are formed and the insulators are turned into semi

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