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This paper presents an RFID-based folded patch antenna for measuring strain on the surface of metallic structures. The system utilizes the principle of electromagnetic .This paper explores folded patch antennas for the development of low-cost and wireless smart-skin sensors that monitor the strain in metallic structures. When the patch antenna is under .
Wireless crack sensing using an RFID-based folded patch antenna. This paper describes the crack sensing performance of a wireless and passive smart-skin sensor . This paper presents an RFID-based folded patch antenna for measuring strain on the surface of metallic structures. The system utilizes the principle of electromagnetic backscattering and adopts a low-cost off-the-shelf RFID chip to reduce the design and manufacturing cost.This paper explores folded patch antennas for the development of low-cost and wireless smart-skin sensors that monitor the strain in metallic structures. When the patch antenna is under strain/deformation, its resonance frequency varies accordingly. The variation can be easily interrogated and recorded by a wireless reader. Wireless crack sensing using an RFID-based folded patch antenna. This paper describes the crack sensing performance of a wireless and passive smart-skin sensor designed as a folded patch antenna. When strain/deformation occurs .
This paper explores folded patch antennas for the development of low-cost and wireless smart-skin sensors that monitor the strain in metallic structures.
Folded patch antennas were investigated for the development of low-cost and wireless smart-skin sensors that monitor the strain in metallic structures. When the patch antenna is under strain/deformation, its resonance frequency varies accordingly.
In this preliminary investigation, a prototype folded patch antenna has been designed and manufactured. Tensile testing results show strong linearity between the interrogated resonance frequency and the strain experienced by the antenna.This paper describes the crack sensing performance of a wireless and passive smart-skin sensor designed as a folded patch antenna. When strain/deformation occurs on the patch antenna, the antenna's electrical length changes and its electromagnetic resonance frequency also . Backscatter-based wireless communication through the use of radio frequency identification (RFID) and millimeter wave identification (mmID) provides a wireless solution that is highly.
This research explores a different approach of exploiting wireless electromagnetic waves for strain sensing through the development of ‘smart skins’ made of radiofrequency identification (RFID)-enabled patch antennas [11–15].The sensor is likely more suitable for embedment inside concrete than for installation on a steel surface, and tensile testing for strain measurement performance is not reported. This paper presents an RFID-based folded patch antenna for measuring strain on .
This paper presents an RFID-based folded patch antenna for measuring strain on the surface of metallic structures. The system utilizes the principle of electromagnetic backscattering and adopts a low-cost off-the-shelf RFID chip to reduce the design and manufacturing cost.
This paper explores folded patch antennas for the development of low-cost and wireless smart-skin sensors that monitor the strain in metallic structures. When the patch antenna is under strain/deformation, its resonance frequency varies accordingly. The variation can be easily interrogated and recorded by a wireless reader. Wireless crack sensing using an RFID-based folded patch antenna. This paper describes the crack sensing performance of a wireless and passive smart-skin sensor designed as a folded patch antenna. When strain/deformation occurs .
This paper explores folded patch antennas for the development of low-cost and wireless smart-skin sensors that monitor the strain in metallic structures.Folded patch antennas were investigated for the development of low-cost and wireless smart-skin sensors that monitor the strain in metallic structures. When the patch antenna is under strain/deformation, its resonance frequency varies accordingly.
In this preliminary investigation, a prototype folded patch antenna has been designed and manufactured. Tensile testing results show strong linearity between the interrogated resonance frequency and the strain experienced by the antenna.This paper describes the crack sensing performance of a wireless and passive smart-skin sensor designed as a folded patch antenna. When strain/deformation occurs on the patch antenna, the antenna's electrical length changes and its electromagnetic resonance frequency also .
Passive wireless smart
Backscatter-based wireless communication through the use of radio frequency identification (RFID) and millimeter wave identification (mmID) provides a wireless solution that is highly.This research explores a different approach of exploiting wireless electromagnetic waves for strain sensing through the development of ‘smart skins’ made of radiofrequency identification (RFID)-enabled patch antennas [11–15].
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passive wireless smart-skin sensor using rfid-based folded patch antennas|Passive wireless smart