超音波アレイプローブを用いたコンクリート内部の映像化と3Dキャプチャモデルへの重畳

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Published in非破壊検査 Vol. 73; no. 7; pp. 286 - 292
Main Authors 浅川, 濯, 一色, 正晴, 伊津美, 隆, 大平, 克己, 井門, 俊, 中畑, 和之
Format Journal Article
LanguageJapanese
Published 一般社団法人 日本非破壊検査協会 01.07.2024
Online AccessGet full text
ISSN0367-5866
DOI10.11396/jjsndi.73.286

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Author 井門, 俊
浅川, 濯
中畑, 和之
大平, 克己
伊津美, 隆
一色, 正晴
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  fullname: 伊津美, 隆
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  fullname: 大平, 克己
  organization: ジャパンプローブ（株）
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  fullname: 井門, 俊
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  fullname: 中畑, 和之
  organization: 愛媛大学大学院
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References 9) Y. Wu, Y. Wang, D. Li and J. Zhang : Two-step detection of concrete internal condition using array ultrasound and deep learning, NDT & E International, 139, 102945, (2023
4) 鎌田敏郎, 内田慎哉 : コンクリートの非破壊試験の理論と実際 ③弾性波法（超音波法・衝撃弾性波法）の理論と実際, コンクリート工学, 51(4), pp.340-347, (2013
5) 明石外世樹 : コンクリートの非破壊検査に関する研究, 土木学会論文集, 390(V-8), pp.1-22, (1988
10) 中畑和之, 小澤耀生, 大平克己, 小川健三 : 低周波アレイ探触子を用いたコンクリート深部の埋設物の高速映像化, 検査技術, 22(10), pp.6-10, (2017
18) Vuforia : https://www.ptc.com/ja/products/vuforia, (accessed on 2023.11.28
24) P. Fellinger, R. Marklein, K.J. Langenberg and S. Klaholz : Numerical modeling of elastic wave propagation and scattering with EFIT - elastodynamic finite integration technique, Wave Motion, 21(1), pp.47-66, (1995
20) 中畑和之, 平田正憲, 廣瀬壮一 : 全波形サンプリング処理方式を利用した散乱振幅からの欠陥再構成, 非破壊検査, 59(6), pp.277-283, (2010
15) J. Rehbein, S.-J. Lorenz, J. Holtmannspötter and B. Valeske : 3D-Visualization of Ultrasonic NDT Data Using Mixed Reality, Journal of Nondestructive Evaluation, 41, 26, (2022
16) 金井 理 : SfM-MVS技術の動向, 写真測量とリモートセンシング, 60(3), pp.95-99, (2021
7) C-W. Tseng, Y-F. Chang and C-Y. Wang : Total focusing method or phased array technique: which detection technique is better for the ultrasonic nondestructive testing of concrete?, Journal of Materials in Civil Engineering, 30(1), 04017256, (2018
11) R. Singh : Purpose and pursuit of NDE 4.0, Materials Evaluation, 78(7), pp.784-793, (2020
17) Luma AI : https://lumalabs.ai/, (accessed on 2023.11.28
19) L. Bernus, A. Bulavinov, M. H. Dalichow, D. Joneit, M. Kröning and K. M. Reddy : Sampling phased array - a new technique for signal processing and ultrasonic imaging, Insight - Non-Destructive Testing and Condition Monitoring, 48(9), pp.545-549, (2006
8) K. Schabowicz and V. A. Suvorov : Nondestructive testing of a bottom surface and construction of its profile by ultrasonic tomography, Russian Journal of Nondestructive Testing, 50(2), pp.109-119, (2014
1) 国土交通省, 道路メンテナンス年報 : https://www.mlit.go.jp/road/sisaku/yobohozen/yobohozen_maint_index.html, (accessed on 2023.11.28
6) S. Majhi, A. Mukherjee and A. Ganguli : Enhanced ultrasonic imaging in concrete structures with spatial apodization filters, Journal of Materials in Civil Engineering, 33(1), 04017256, (2021
12) N. Meyendorf, L. Bond, J. Curtis-Beard, S. Heilmann, S. Pal, R. Schallert, H. Scholz and C. Wunderlich : NDE 4.0 - NDE for the 21st century- the internet of things and cyber physical systems will revolutionize NDE, Proceedings of the 15th APCNDT, No.117, Singapore, (2017
21) A. Bulavinov, R. Pinchuk, A. A. Samokrutov and V.G. Shevaldykin : New trends in the ultrasonic imaging of concrete structures by means of 3D-FMC technology, Special Issue of e-Journal of Nondestructive Testing (eJNDT, 27(9), 27285, (2022)
3) 森 雅司, 葛目和宏 : コンクリートの非破壊試験の理論と実際 ②電磁波法の理論と実際, コンクリート工学, 51(3), pp.278-282, (2013
14) 田上 慎, 飛澤健太 : AR（拡張現実）は, 人間が手にした新たな未来 : ARの変遷と展望, 情報管理, 59(8), pp.526-534, (2016
22) X. Zhao and T. Gang : Nonparaxial multi-Gaussian beam models and measurement models for phased array transducer, Ultrasonics, 49(1), pp.126-130, (2009
13) 中畑和之 : 非破壊検査のDX～NDE 4.0とデータ利活用～, 保全学, 22(3), pp.5-8, (2023
2) 国土交通省, 道路橋定期点検要領 平成31年2月: ttps://www.mlit.go.jp/road/sisaku/yobohozen/tenken/yobo4_1.pdf, (accessed on 2023.11.28
23) K. Nakahata and N. Kono : 3-D modelings of an ultrasonic phased array transducer and its radiation properties in solid, Ch.3, Ultrasonic Waves, Intech Open, (2012
References_xml – reference: 7) C-W. Tseng, Y-F. Chang and C-Y. Wang : Total focusing method or phased array technique: which detection technique is better for the ultrasonic nondestructive testing of concrete?, Journal of Materials in Civil Engineering, 30(1), 04017256, (2018)
– reference: 19) L. Bernus, A. Bulavinov, M. H. Dalichow, D. Joneit, M. Kröning and K. M. Reddy : Sampling phased array - a new technique for signal processing and ultrasonic imaging, Insight - Non-Destructive Testing and Condition Monitoring, 48(9), pp.545-549, (2006)
– reference: 2) 国土交通省, 道路橋定期点検要領 平成31年2月: ttps://www.mlit.go.jp/road/sisaku/yobohozen/tenken/yobo4_1.pdf, (accessed on 2023.11.28)
– reference: 12) N. Meyendorf, L. Bond, J. Curtis-Beard, S. Heilmann, S. Pal, R. Schallert, H. Scholz and C. Wunderlich : NDE 4.0 - NDE for the 21st century- the internet of things and cyber physical systems will revolutionize NDE, Proceedings of the 15th APCNDT, No.117, Singapore, (2017)
– reference: 21) A. Bulavinov, R. Pinchuk, A. A. Samokrutov and V.G. Shevaldykin : New trends in the ultrasonic imaging of concrete structures by means of 3D-FMC technology, Special Issue of e-Journal of Nondestructive Testing (eJNDT, 27(9), 27285, (2022)
– reference: 8) K. Schabowicz and V. A. Suvorov : Nondestructive testing of a bottom surface and construction of its profile by ultrasonic tomography, Russian Journal of Nondestructive Testing, 50(2), pp.109-119, (2014)
– reference: 20) 中畑和之, 平田正憲, 廣瀬壮一 : 全波形サンプリング処理方式を利用した散乱振幅からの欠陥再構成, 非破壊検査, 59(6), pp.277-283, (2010)
– reference: 11) R. Singh : Purpose and pursuit of NDE 4.0, Materials Evaluation, 78(7), pp.784-793, (2020)
– reference: 5) 明石外世樹 : コンクリートの非破壊検査に関する研究, 土木学会論文集, 390(V-8), pp.1-22, (1988)
– reference: 4) 鎌田敏郎, 内田慎哉 : コンクリートの非破壊試験の理論と実際 ③弾性波法（超音波法・衝撃弾性波法）の理論と実際, コンクリート工学, 51(4), pp.340-347, (2013)
– reference: 14) 田上 慎, 飛澤健太 : AR（拡張現実）は, 人間が手にした新たな未来 : ARの変遷と展望, 情報管理, 59(8), pp.526-534, (2016)
– reference: 17) Luma AI : https://lumalabs.ai/, (accessed on 2023.11.28)
– reference: 15) J. Rehbein, S.-J. Lorenz, J. Holtmannspötter and B. Valeske : 3D-Visualization of Ultrasonic NDT Data Using Mixed Reality, Journal of Nondestructive Evaluation, 41, 26, (2022)
– reference: 6) S. Majhi, A. Mukherjee and A. Ganguli : Enhanced ultrasonic imaging in concrete structures with spatial apodization filters, Journal of Materials in Civil Engineering, 33(1), 04017256, (2021)
– reference: 1) 国土交通省, 道路メンテナンス年報 : https://www.mlit.go.jp/road/sisaku/yobohozen/yobohozen_maint_index.html, (accessed on 2023.11.28)
– reference: 10) 中畑和之, 小澤耀生, 大平克己, 小川健三 : 低周波アレイ探触子を用いたコンクリート深部の埋設物の高速映像化, 検査技術, 22(10), pp.6-10, (2017)
– reference: 22) X. Zhao and T. Gang : Nonparaxial multi-Gaussian beam models and measurement models for phased array transducer, Ultrasonics, 49(1), pp.126-130, (2009)
– reference: 23) K. Nakahata and N. Kono : 3-D modelings of an ultrasonic phased array transducer and its radiation properties in solid, Ch.3, Ultrasonic Waves, Intech Open, (2012)
– reference: 9) Y. Wu, Y. Wang, D. Li and J. Zhang : Two-step detection of concrete internal condition using array ultrasound and deep learning, NDT & E International, 139, 102945, (2023)
– reference: 13) 中畑和之 : 非破壊検査のDX～NDE 4.0とデータ利活用～, 保全学, 22(3), pp.5-8, (2023)
– reference: 24) P. Fellinger, R. Marklein, K.J. Langenberg and S. Klaholz : Numerical modeling of elastic wave propagation and scattering with EFIT - elastodynamic finite integration technique, Wave Motion, 21(1), pp.47-66, (1995)
– reference: 16) 金井 理 : SfM-MVS技術の動向, 写真測量とリモートセンシング, 60(3), pp.95-99, (2021)
– reference: 18) Vuforia : https://www.ptc.com/ja/products/vuforia, (accessed on 2023.11.28)
– reference: 3) 森 雅司, 葛目和宏 : コンクリートの非破壊試験の理論と実際 ②電磁波法の理論と実際, コンクリート工学, 51(3), pp.278-282, (2013)
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Title 超音波アレイプローブを用いたコンクリート内部の映像化と3Dキャプチャモデルへの重畳
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