Design and Development of a Novel Ultrasonic Field Wetting Angle Measuring Instrument for Researching the Wetting of the Liquid–Solid Interface

A key technical problem in the preparation of Al-Ti-C grain refiner and other composite materials is the poor wetting of the Al-C interface, which greatly restricts the development of the preparation technology of related composite materials. In view of this scientific challenge, a novel ultrasonic...

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Autores principales:	Jingtao Zhao, Liping Ning, Zongming Jiang, Yinglong Li
Formato:	article
Lenguaje:	EN
Publicado:	MDPI AG 2021
Materias:	ultrasonic field ultrasonic horn liquid–solid interface modal analysis nature frequency Crystallography QD901-999
Acceso en línea:	https://doaj.org/article/c3548f10b60344ea9255a93f29802aac
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spelling	oai:doaj.org-article:c3548f10b60344ea9255a93f29802aac2021-11-25T17:19:23ZDesign and Development of a Novel Ultrasonic Field Wetting Angle Measuring Instrument for Researching the Wetting of the Liquid–Solid Interface10.3390/cryst111114002073-4352https://doaj.org/article/c3548f10b60344ea9255a93f29802aac2021-11-01T00:00:00Zhttps://www.mdpi.com/2073-4352/11/11/1400https://doaj.org/toc/2073-4352A key technical problem in the preparation of Al-Ti-C grain refiner and other composite materials is the poor wetting of the Al-C interface, which greatly restricts the development of the preparation technology of related composite materials. In view of this scientific challenge, a novel ultrasonic field wetting angle measuring instrument has been designed to research the wetting behavior of the liquid–solid interface and ensure that preparation conditions are optimized. The dimensional parameters of the ultrasonic transducer and the horn in the novel ultrasonic wetting angle measuring instrument have been designed by theoretical calculation, and the modal analysis was performed for the ultrasonic horn using the functions of displacement and time. Modal analysis was utilized to optimize the dimension of the ultrasonic horn, and the natural frequency of the longitudinal vibration of the horn was reduced from 22,130 Hz to 22,013 Hz, resulting in an error rate between the actual value (22,013 Hz) and the design value (20 kHz) of less than 1%. In addition, the influence of different transition arc radiuses on the maximum stress of the optimized ultrasonic horn was analyzed.Jingtao ZhaoLiping NingZongming JiangYinglong LiMDPI AGarticleultrasonic fieldultrasonic hornliquid–solid interfacemodal analysisnature frequencyCrystallographyQD901-999ENCrystals, Vol 11, Iss 1400, p 1400 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	ultrasonic field ultrasonic horn liquid–solid interface modal analysis nature frequency Crystallography QD901-999
spellingShingle	ultrasonic field ultrasonic horn liquid–solid interface modal analysis nature frequency Crystallography QD901-999 Jingtao Zhao Liping Ning Zongming Jiang Yinglong Li Design and Development of a Novel Ultrasonic Field Wetting Angle Measuring Instrument for Researching the Wetting of the Liquid–Solid Interface
description	A key technical problem in the preparation of Al-Ti-C grain refiner and other composite materials is the poor wetting of the Al-C interface, which greatly restricts the development of the preparation technology of related composite materials. In view of this scientific challenge, a novel ultrasonic field wetting angle measuring instrument has been designed to research the wetting behavior of the liquid–solid interface and ensure that preparation conditions are optimized. The dimensional parameters of the ultrasonic transducer and the horn in the novel ultrasonic wetting angle measuring instrument have been designed by theoretical calculation, and the modal analysis was performed for the ultrasonic horn using the functions of displacement and time. Modal analysis was utilized to optimize the dimension of the ultrasonic horn, and the natural frequency of the longitudinal vibration of the horn was reduced from 22,130 Hz to 22,013 Hz, resulting in an error rate between the actual value (22,013 Hz) and the design value (20 kHz) of less than 1%. In addition, the influence of different transition arc radiuses on the maximum stress of the optimized ultrasonic horn was analyzed.
format	article
author	Jingtao Zhao Liping Ning Zongming Jiang Yinglong Li
author_facet	Jingtao Zhao Liping Ning Zongming Jiang Yinglong Li
author_sort	Jingtao Zhao
title	Design and Development of a Novel Ultrasonic Field Wetting Angle Measuring Instrument for Researching the Wetting of the Liquid–Solid Interface
title_short	Design and Development of a Novel Ultrasonic Field Wetting Angle Measuring Instrument for Researching the Wetting of the Liquid–Solid Interface
title_full	Design and Development of a Novel Ultrasonic Field Wetting Angle Measuring Instrument for Researching the Wetting of the Liquid–Solid Interface
title_fullStr	Design and Development of a Novel Ultrasonic Field Wetting Angle Measuring Instrument for Researching the Wetting of the Liquid–Solid Interface
title_full_unstemmed	Design and Development of a Novel Ultrasonic Field Wetting Angle Measuring Instrument for Researching the Wetting of the Liquid–Solid Interface
title_sort	design and development of a novel ultrasonic field wetting angle measuring instrument for researching the wetting of the liquid–solid interface
publisher	MDPI AG
publishDate	2021
url	https://doaj.org/article/c3548f10b60344ea9255a93f29802aac
work_keys_str_mv	AT jingtaozhao designanddevelopmentofanovelultrasonicfieldwettinganglemeasuringinstrumentforresearchingthewettingoftheliquidsolidinterface AT lipingning designanddevelopmentofanovelultrasonicfieldwettinganglemeasuringinstrumentforresearchingthewettingoftheliquidsolidinterface AT zongmingjiang designanddevelopmentofanovelultrasonicfieldwettinganglemeasuringinstrumentforresearchingthewettingoftheliquidsolidinterface AT yinglongli designanddevelopmentofanovelultrasonicfieldwettinganglemeasuringinstrumentforresearchingthewettingoftheliquidsolidinterface
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Design and Development of a Novel Ultrasonic Field Wetting Angle Measuring Instrument for Researching the Wetting of the Liquid–Solid Interface

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