VIRTUAL REALITY USAGE IN THE RADIOGRAPHY SIMULATOR DEVELOPMENT FOR NON-DESTRUCTIVE TESTING PERSONNEL TRAINING

2021 ◽  
pp. 34-40
Author(s):  
E. E. Kovshov ◽  
V. S. Kuvshinnikov ◽  
D. F. Kazakov

Organizational, technical and methodological approaches to the creation and virtual reality usage in the development and implementation in additional education of a digital radiography simulator for non-destructive testing of products and materials are considered. It is noted that the most widespread virtual reality technologies are used for training and testing the knowledge of engineering and technical personnel and workers directly involved in production, as well as within the technological preparation of production during complex and responsible operations, including the control of products and materials. The pilot solutions obtained to date and tested allow us to judge the results of complex scientific research. Prospects of expanding the range of applicability of software and hardware solutions of virtual reality, including those based on network protocols and telecommunications solutions, are determined.

2021 ◽  
Vol 2094 (3) ◽  
pp. 032007
Author(s):  
E E Kovshov ◽  
V S Kuvshinnikov

Abstract Organizational, technical and methodological approaches to the creation and application of virtual reality in additional education are considered. Particularly for use and development of a digital radiography simulator in non-destructive testing of products and materials. It is noted that virtual reality technologies are most widely used in training and knowledge testing of engineering and technical personnel and workers in production, as well as in technological preparation during complex and exacting operations, including products and materials testing. The pilot solutions obtained and tested to date allow us to evaluate the results of complex scientific research. The prospects of expanding the applicability range of software and hardware virtual reality solutions, including those based on network interfaces, protocols and telecommunications solutions, are determined.


2019 ◽  
pp. 52-54
Author(s):  
K. A. Bagaev ◽  
N. N. Konovalov

Radiation testing is non-destructive testing method widely used to detect internal imperfections of technical devices, buildings and constructions at hazardous industrial facilities. Digital radiography is the modern method, which uses phosphor imaging plate as the detector of ionizing radiation. Creation of the relevant procedural framework is the necessary condition for the use of digital radiography at hazardous industrial facilities.


2012 ◽  
Author(s):  
Khairul Anuar Mohd Salleh ◽  
Wan Muhamad Saridan Wan Hassan ◽  
Ab. Razak Hamzah

Seiring dengan perkembangan teknologi perkomputeran dan pemprosesan imej, radiografi industri berbentuk konvensional telah bertukar arah kepada radiografi industri berasaskan digital. Dalam kajian ini, dua jenis alat radiografi industri digital untuk ujian tanpa memusnah (NDT), iaitu complimentary metal oxide semiconductor (CMOS) dengan jarak piksel 50 μm dan computed radiography (CR) dengan jarak piksel 25 μm telah diuji dan diukur untuk menentukan kesesuaiannya dalam NDT. Pengukuran fungsi hantaran modulasi (MTF) dan spektrum kuasa hingar (NPS) telah dilakukan ke atas kedua–dua peralatan ini bagi menilai kualiti imej yang dihasilkan. Daripada pengukuran dan pengiraan yang dilakukan, purata MTF untuk CR dan CMOS pada modulasi 20% ialah 4.48 kitar/mm dan 2.83 kitar/mm. Untuk NPS pula keputusan menunjukkan CMOS memberikan hingar yang lebih tinggi daripada CR tetapi CR mempunyai keupayaan MTF yang lebih pada ukuran 20% modulasi. Daripada pengukuran dan pengiraan yang dijalankan, dapatlah dikatakan bahawa untuk menjalankan satu ujian NDT, pengguna perlu tahu keupayaan sebenar sesebuah alat dan bagaimana ia dibina supaya ujian NDT memberi gambaran tepat ke atas sesuatu sampel atau barangan yang diuji. Kata kunci: Ujian tanpa memusnah (NDT); radiografi industri berasaskan digital (IDR); fungsi hantaran modulasi (MTF); spektrum kuasa hingar Due to development of computer technology and image processing, conventional industrial radiography has changed to digital radiography system. In this study, two types of industrial digital radiography (IDR) modules for non destructive testing (NDT), namely complimentary metal oxide semiconductor (CMOS) with 50 μm pixel pitch and computed radiography (CR) with 25 μm pixel pitch have been evaluated for NDT applications. The modulation transfer function (MTF) and noise power spectrum (NPS) measurement and calculation were adapted in order to evaluate the image quality of IDR images. From the measurement and calculation, the averaged MTF for CR and CMOS at 20% modulation are 4.48 cycles/mm and 2.83 cycles/mm, respectively. NPS measurement and calculation show that CMOS produced higher noise than CR. The CR system has lower and more stable NPS but has lower modulating capability at 20% compared to the CMOS system. The study shows that in order to perform NDT by using the evaluated modules, the user must know the true capability of system and how it is designed for specific application and discontinuity ditection. Key words: Non destructive testing (NDT); industrial digital radiography (IDR); modulation transfer function (MTF); noise power spectrum (NPS); complimentary metal oxide semiconductor (CMOS) and computed radiography (CR)


2011 ◽  
pp. 705-710 ◽  
Author(s):  
N. Avgoustinov ◽  
C. Boller ◽  
G. Dobmann ◽  
B. Wolter

2013 ◽  
Vol 64 (2) ◽  
pp. 21001 ◽  
Author(s):  
Jean-Luc Bodnar ◽  
Jean-Jacques Metayer ◽  
Kamel Mouhoubi ◽  
Vincent Detalle

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