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Budenkov, G. A.; Nedzvetskaya, O. V.; Shishkina, Svetlana I.; Polyankin, G. A.

doi:10.1023/a:1016726612631

Cited by 5 publications

(3 citation statements)

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“…For example, the medium can be concrete, ceramic materials, gypsum, various types of bricks, etc. In general, when performing measurements, the time of passage of the ultrasonic wave and the distance between the sensors are recorded [9][10][11][12]. The distance between the sensors is also called the sounding base.…”

Section: Introductionmentioning

confidence: 99%

The influence of skills in working with ultrasonic devices on the sustainable development of the quality of control of test results

Perunov

2023

E3S Web Conf.

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This article deals with the problem of taking into account the level of proficiency of ultrasonic non-destructive testing devices by construction control specialists for the sustainable development of test quality. In the process of conducting input control operations of structural materials entering the construction site, there is a need for their detailed verification using non-destructive testing devices. At the same time, the results obtained with the help of portable ultrasound monitoring devices may differ from one specialist to another. This fact may call into question the regulatory organizations that accept and analyze the results of these tests. This study presents the results of ultrasonic testing of various building materials. The main feature of the study is that measurements are carried out by different people using a single calibrated ultrasound device. The introductory part of the article describes the formulation of this problem in the industry and the need to find solutions. The Methods section describes the applied methods and experimental conditions. In the discussion section, the question of the need for further more detailed studies of the problem of using non-destructive testing methods for the sustainable development of the quality of tests performed will be raised. As a result of the conducted research, a generalized analysis of the information received was carried out, conclusions and recommendations were formulated.

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Section: Introductionmentioning

confidence: 99%

The influence of skills in working with ultrasonic devices on the sustainable development of the quality of control of test results

Perunov

2023

E3S Web Conf.

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“…Многими научными коллективами продолжается поиск приложения рэлеевских волн при неразрушающем контроле и исследование их информативных параметров [1,2]. Разрабатываются ЭМА-преобразователи для возбуждения и приема рэлеевских волн [3], применяются методы отражения и теневые методы контроля [4][5][6][7].…”

Section: Introductionunclassified

Ultrasonic Thread Surface Inspection of Railroad Car Wheels and Locomotive Tires Using Rayleigh Waves

Platunov,

Muravev,

Muraveva

2023

Intellekt. Sist. Proizv.

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Ultrasonic surface inspection of cylindrical objects using the Rayleigh wave echo method has many advantages. Despite strict requirements for surface cleaning, the method is widely implemented in industries and transport, for example on the all-rolled wheel thread or tires of railroad rolling stock. Taking into account the ability of the Rayleigh wave transducer to receive waves with a side ('back') lobe of the ray diagram, the influence of possible contamination or excess of contact fluid on the input surface on the control results, it becomes particularly difficult to explain the position and amplitude of the signal. Using mathematical modeling and experimental studies, the ray diagrams of Rayleigh wave piezoelectric transducers with the 'back lobe' characteristic of piezoelectric transducers of this type were obtained. The efficiency of emission and (or) receiving depends on the parameters of control and apparatus; this effect is more evident if the width of the transducer piezoelement deviates (e.g., during fabrication) and the frequency varies within 20 %, allowed by GOST R 55724-2013. The acoustic path of the Rayleigh wave reflected from the flaw with a diameter of 7 mm on the wheel thread is experimentally constructed and tested on the model. It is shown that the amplitude of the echo-signal changes nonuniformly, the local maxima obtained experimentally reach 9 dB relative to the exponential relation characteristic of propagation over a boundless surface. The reason for such phenomena lies in multiple re-reflections of waves from the boundaries on the tread surface of railway wagon wheels and locomotive tires (rim chamfer, ridge to ridge transition) and their further interference.

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“…The influences of the couplant on the measurement of the amplitude height have already been studied. The transparency of a coupling layer as a function of its thickness regarding to testing components is calculated, using normal and slanted transducers and taking into account acoustic properties of the protecting material, coupling liquid, and tested objects, alongside the shape and spectrum of the sounding pulse [6].…”

Section: Introductionmentioning

confidence: 99%

Analysis of the couplant influence on the ultrasonic thickness measurement of the steel grade S355J0

Mihaljević

Cajner

Runje

et al. 2017

Mat.-wiss. u. Werkstofftech.

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The ultrasonic thickness measurement is the most commonly performed technique as a part of quality management of systems and constructions. The paper carries out a study of the couplant impact on the wall thickness ultrasonic measurement results. Experimental samples are made from the steel grade S355J0. By performing a theoretical and experimental analysis, it estimates that there exists a significant effect of the particular parameters of the ultrasound transducer, the couplants type and their interactions on the thickness measurement results. An experiment scheme and the appropriate methodology for experimental results analyses create the preconditions for the assessment of the influence of the couplant type, material thickness and the parameters of ultrasound probe to the measurement uncertainty.

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Cited by 5 publications

References 0 publications

The influence of skills in working with ultrasonic devices on the sustainable development of the quality of control of test results

The influence of skills in working with ultrasonic devices on the sustainable development of the quality of control of test results

Ultrasonic Thread Surface Inspection of Railroad Car Wheels and Locomotive Tires Using Rayleigh Waves

Analysis of the couplant influence on the ultrasonic thickness measurement of the steel grade S355J0

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