Development of approaches and means of non-destructive testing
Ultrasonic diagnostics of materials and structures
Tomographic restoration
Non-destructive testing 4.0

1. Romanyshyn R., Romanyshyn G., Romanyshyn I. Determination of the Source Localization and the Beginning Time of the Acoustic Signal. Chapter in Photoacoustic Imaging – Principles, Advances and Applications. – Intechopen. – 2020. – 7p. DOI: http://dx.doi.org/10.5772/intechopen.91199.
2. Свідоцтво про рестрацію авторського права на твір №99133 – Комп’ютерна програма «Спеціальне програмне забезпечення для лабораторії технічного діагностування авіаційної техніки»/ Шебордаєв О. М., Романишин Р. І., реєстр. 17.08.2020
3. Romanishin R.I., Romanishin I.M. Assessment of Scattered Damage in Structural Materials // Russian Journal of Nondestructive Testing. – 2019, 55, No. 2. – P.111-121. (Scopus)
4. Romanishin R.I., Romanishin I.M., Student M.M., Gvozdetskii V.M., Rusin B.P., Romanishin G.I., Koshevoi V.V., Semak S.I., Krygul’ R.E. An Ultrasonic Method for Determining Adhesive Strength // Russian Journal of Nondestructive Testing. – 2018, 54, No. 7. – P.479-486. (Scopus).
5. Romanishin R.I., Romanishin I.M. Processing of Backscattered Signal in Ultrasonic Testing // Russian Journal of Nondestructive Testing. – 2018, 54, No. 6. – P.394-399. (Scopus).
6. Koshovyi V.V., Romanyshyn I.M., Romanyshyn R.I., Semak P.M., Sharamaga R.V. Development of Passive Ultrasonic Tomography Techniques // Russian Journal of Nondestructive Testing. – 2016, 52, No. 10. – P.539–553. (Scopus).
7. Картографування адгезійної міцності газо термічного покриття на основі реєстрації зворотно-розсіяного ультразвукового сигналу / В.І.Похмурський, В.В.Кошовий, М.М.Студент, Р.І.Романишин, І.М.Романишин, В.М.Гвоздецький, П.М.Семак, Р.В.Шарамага // Техническая диагностика и неразрушающий контроль. – 2015. – № 3. – С.32-38.
8. Koshovyi V.V., Romanyshyn I.M., Romanyshyn R.I., Mokryi O.M., Sharamaga R.V., Kyryenko A.V., Semak P.M. Development of ultrasonic tomography techniques for diagnostics of nuclear power plant piping // Strength of Materials. – 2013, v.45, №4. – P.512-516. (Scopus).
9. Koshovyi V.V., Romanyshyn I.M., Mokryi O.M., Romanyshyn R.I. Development of the technologies of ultrasonic tomography for the engineering diagnostics of structural materials // Materials Science. – 2011, v. 47, № 2. – P.236-244. (Scopus).
10. Koshevoi V.V., Romanishin I.M., Romanishin R.I., Sharamaga R.V. Evaluation of Material Degradation on the Basis of Ultrasonic Tomography during the Detection of Scattered Signals // Russian Journal of Nondestructive Testing. – 2010, 46, No. 9. – P.651–663. (Scopus).
11. Кошевой В.В. Ультразвуковая компьютерная томография на основе регистрации рассеянного структурой материала сигнала (Часть 1) / В.В.Кошевой, И.М.Романишин, Р.И.Романишин, Р.В.Шарамага // Техническая диагностика и неразрушающий контроль. – 2010. – №2. – С.37-42.
12. Кошевой В.В. Ультразвуковая компьютерная томография на основе регистрации рассеянного структурой материала сигнала (Часть 2) / В.В.Кошевой, И.М.Романишин, Р.И.Романишин, Р.В.Шарамага // Техническая диагностика и неразрушающий контроль. – 2010. – №3. – С.19-24.
13. Romanishin I.M., Romanishin R.I. Comparison of Acoustic-Emission Tomography Images to an Etalon // Russian Journal of Nondestructive Testing. – 2009, 45, No. 1. – P.50-60. (Scopus).
14. Патент України на корисну модель № 44165. Спосіб оцінки деградації матеріалу на основі томографічних зображень / Кошовий В.В., Романишин І.М., Романишин Р.І., Шама М.А., Шарамага Р.В. / Опубліковано 25.09.2009. Бюл.№18.
15. Romanyshyn R., Koshovy V., Romanyshyn I., Sharamaga R. Estimation of Material Degradation by Backscattered Ultrasonic Tomography / SENSOR+TEST Conferences 2011. 2011-06-07 – 2011-06-09. Nürnberg. Proceedings SENSOR 2011. A7 – Ultrasonic Sensors II. – 2011. – P. 177-180 (https://www.ama-science.org/proceedings/details/426 ). DOI: 10.5162/sensor11/a7.4.
16. Романишин Г.І., Романишин Р.І. Інформаційна система діагностики матеріалів на основі реєстрації зворотно-розсіяного сигналу / Conf. Perspective Innovations in Science, Education, Production and Transport SWorld – 20-27 December 2016. – 6 p. https://sworld.education/konfer45/145.pdf

Date of birth: March 11, 1987

Education: 2004 – 2009 – Ivan Franko National University of Lviv
Faculty of Electronics and Computer Technologies
Department of Radiophysics and Computer Technologies
Specialist, bachelor
Specialty – Radiophysics and Electronics

Postgraduate studies:  2011 – 2014 – Karpenko Institute of Physics and Mechanics of the National Academy of Sciences of Ukraine
Specialty – 05.02.10 – Diagnostics of materials and structures
Supervisor – Volodymyr V. Koshevyi, Ph.

2016 – 2017 – “Development of a laboratory for technical diagnostics of aviation equipment”
2014 – 2016 – “Development of information technologies for increasing the spatial resolution of ultrasonic methods for determining the volumetric heterogeneity of the metal state”
(Resolution of the Bureau of the WFTPM of 10.12.2013, protocol No. 15), state registration number 0108U004280, ND 23/III-100-14
2011 – 2013 – “Development of methods for assessing metal microstructure based on tomographic images during ultrasonic sensing”
(Resolution of the Bureau of the WFTPM of 30.11.2010, protocol No. 17), state registration number 0111U002377, ND 23-3/30
2010 – 2012 – “Improving the functionality and expanding the scope of industrial inspection at NPP facilities of a portable ultrasound computed tomograph for assessing the operational degradation of metal”
Order of the Presidium of the National Academy of Sciences of Ukraine dated 14.06.2010 № 341, program “RESOURCE”, II-28-10), state registration number 0110U004562
2008 – 2010 – “Development of methods of non-contact and passive ultrasonic computed tomography for the tasks of assessing the state of structural materials”
Bureau of the WFTPM from 11.12.2007, protocol № 19), state registration number 0108U004280, ND 23/3.4/413
2007 – 2009 – “Implementation of ultrasonic computed tomography technology for monitoring the operational degradation of metal of thick-walled NPP elements”
Order of the Presidium of the National Academy of Sciences of Ukraine from 20.04.2007 № 262, program “RESOURCE”, 4.11/399), state registration number 0108U005170
2005 – 2007 – “Development of ultrasonic methods for determining the structural heterogeneity of materials based on the registration of the scattered signal”
(Resolution of the Bureau of the WFTPM dated 21.06.2005, protocol No. 11), state registration number 0105U004307, ND 23/309
2004 – 2006 – “Manufacturing and industrial testing of an ultrasonic tomograph for determining the spatial distribution of internal stresses and defects in thick-walled structures of NPP equipment”
Order of the Presidium of the National Academy of Sciences of Ukraine from 30.03.2004 № 244, program “RESOURCE”, 4.11/291), state registration number 0104U004530

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