Sol-Gel Composite Transducers: A Weight Percent Study - Sinding, Kyle;Tittmann, Bernhard
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Applications for non-destructive evaluation (NDE) and structural health monitoring (SHM) in principle can be performed at various temperatures provided the transducer can reliably operate under those conditions. This work presents a weight percent study of PZT-Bismuth Titanate composite transducers fabricated through a sol-gel spray-on method to show how different compositions can be used under different monitoring conditions. The two main sections to this work are the theoretical modeling of a composite transducer and the experimental results which validate the theoretical modeling in a given set of conditions.…mehr

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Produktbeschreibung
Applications for non-destructive evaluation (NDE) and structural health monitoring (SHM) in principle can be performed at various temperatures provided the transducer can reliably operate under those conditions. This work presents a weight percent study of PZT-Bismuth Titanate composite transducers fabricated through a sol-gel spray-on method to show how different compositions can be used under different monitoring conditions. The two main sections to this work are the theoretical modeling of a composite transducer and the experimental results which validate the theoretical modeling in a given set of conditions.
Autorenporträt
Graduate Major: Engineering Science and MechanicsUndergraduate Majors: Engineering Science; Mechanical Engineering Undergraduate Minor: Engineering MechanicsAwards: Highest Distinction (Undergraduate), ANST Undergraduate Award, Evan Pugh Scholar Award, Nuclear Energy University Program Scholarship, and Joseph Marin Memorial Scholarship