| No. |
Research and Development Theme |
Principal Investigator (Affiliation) |
| 1 |
Interdisciplinary R&D of NDE Techniques for Innovative Maintenance（PDF:939KB） |
Masahiro Ishida
(Public Works Research Institute)
|
| 2 |
Development of the Laser Ultrasonic Visualization Technology for the Degradation Diagnosis of Steel Bridges （PDF:1,433KB） |
Junji Takatsubo
(Tsukuba Technology Co., Ltd.)
|
| 3 |
Ultrasensitive Magnetic Nondestructive Testing for Deterioration Evaluation and Creating a Preservation Plan of Infrastructures（PDF:814KB） |
Keiji Tsukada
(Okayama University)
|
| 4 |
R&D of Laser Directive Noncontact Diagnosis System for Maintaining Degraded Infrastructures（PDF:986KB） |
Katsumi Midorikawa
(RIKEN)
|
| 5 |
Development of Automatic Technology on Pavement & Embankment Survey and Evaluation（PDF:943KB） |
Atsushi Yashima
(Gifu University)
|
| 6 |
Non-destructive Inspection of Rebar Corrosion in Concrete（PDF:945KB） |
Kenji Ikushima
(Tokyo University of A&T)
|
| 7 |
R&D of Backscatter X-ray Imaging System for Concrete Inspection（PDF:818KB） |
Hiroyuki Toyokawa
(AIST)
|
| 8 |
R&D of Vibration Imaging Radar（PDF:945KB） |
Hitoshi Nohmi
(Alouette Technology Inc.)
|
| 9 |
Inner Defects Inspection for Tunnel Lining using Rapidly Scannable Non-contact Radar and Synthetic Soundness Diagnosis System（PDF:864KB） |
Toru Yasuda
(Pacific Consultants Co.,Ltd.)
|
| 10 |
Remote Sensing of Concrete Structure with the High-Sensitive Near-infrared Spectroscopy（PDF:1,101KB） |
Kazuhiro Tsuno
(Shutoko Engineering Co., Ltd.)
|
| 11 |
R&D of Learning-Type Hammering Echo Analysis Technology（PDF:913KB） |
Masahiro Murakawa
(AIST)
|
| 12 |
Inspection and Diagnosis System of Port Structure Using Radio Controlled Boat（PDF:929KB） |
Tetsuya Ogasawara
(Penta-Ocean Construction Co., Ltd.)
|
| 13 |
Development of the Special GPR Including a Chirp Radar in the Survey of a Cavity and a Settlement of the Back-fill Material（PDF:776KB） |
Shigeji Yamada
(KAWASAKI Geological Engineering Co., Ltd.)
|
| 14 |
Development of the Monitoring System for Port Facilities using Satellite and SONAR（PDF:1,292B） |
Takeshi Nishihata
(Penta-Ocean Construction Co., Ltd. )
|
| 15 |
Monitoring by using Ground-Base Synthetic Aperture Radar and Array-type Ground Penetrating Radar（PDF:965KB） |
Motoyuki Sato
(Tohoku University)
|
| 16 |
Monitoring System for a Round of Airport Paved Road Inspection, Utilizing a Technique for Detecting Cracks Automatically from High-resolution Images（PDF:725KB） |
Toru Hara
(Alpha Product Co., Ltd.)
|
| 17 |
R&D of the Crack Detection System for Runways with a 3D Camera and all Direction-moving Robot（PDF:789KB） |
Yasuo Kimura
(NTT Advanced Technology Corp.)
|
| 18 |
R&D of a Simplified System for Monitoring the Airport Pavement Surfaces Using Maintenance Vehicles（PDF:1,343KB） |
Yusho Ishikawa
(The University of Tokyo)
|
| 19 |
Development of Wide Area Displacement Monitoring for Early Detection of Deformation or Damage of Civil Engineering Structures using Satellite SAR（PDF:737KB） |
Masafumi Kondo
(National Institute for Land and Infrastructure Management)
|
| 20 |
Understanding the Scouring Situation by ALB (Airborne Laser Bathymetry）（PDF:1,471KB） |
Hiroaki Sakashita
(PASCO Corp.)
|
| 21 |
R&D of Monitoring System for Bridge Performance Assessment Based on Vibration Mode Analysis（PDF:1,011KB） |
Tadao Kawai
(Osaka City University)
|
| 22 |
Creation of Monitoring System using Equipment with Robotic Camera and etc. for Bridge Inspection（PDF:1,175KB） |
Yasuhisa Fujiwara
(Sumitomo Mitsui Construction Co., Ltd.)
|
| 23 |
R&D of Quantitative Evaluation System of Cracks on Distant Slabs by Digital Image Analysis Technology（PDF:977KB） |
Kenichi Horiguchi
(Taisei Corp.)
|
| 24 |
Field Validation of the Continuous Remote Monitoring System with Power saving Wireless Sensor（PDF:1,442KB） |
Hideshi Nishida
(Omron Social Solutions Co., Ltd.)
|
| 25 |
R&D of the Technology which Monitors the Displacement Rate of an Artificial Structure with High Accuracy and Efficiency（PDF:1,157KB） |
Minoru Murata
(NEC Corp.)
|
| 26 |
R&D of Monitoring System for Detecting Surface Failure by pore Pressure Sensor with Inclinometer（PDF:1,020KB） |
Yasunori Shoji
(OYO Corp.)
|
| 27 |
R&D of Early Warning Monitoring System of Slope Failure using Multi-point Tilt Change and Volumetric Water Content（PDF:1,147KB） |
Lin Wang
(Chuo Kaihatsu Corp.)
|
| 28 |
Mole (Small Animals) Hole Detection System Attached to Large Weeding Machine（PDF:1,148B） |
Kiyoshi Suzuki
(Aero Asahi Corp.)
|
| 29 |
Electric Resistivity Monitoring System for the State of Water Contents in River Levee （PDF:1,523KB） |
Hideki Saito
(OYO Corp.)
|
| 30 |
R&D of Monitoring System Including a Detection of River Levee Deformation（PDF:1,361KB） |
Shunsuke Sako
(Japan Institute of Country-ology and Engineering, General Incorporated Foundation)
|
| 31 |
Effective Use of Satellite SAR Observation for River Embankment（PDF:1,169KB） |
Takeshi Katayama
(Infrastructure Development Institute)
|
| 32 |
Monitoring System for Internal State of River Levee utilizing Geophysical Exploration and Ground Water Observation（PDF:1,523KB） |
Akira Shinsei
(OYO Corp.)
|
| 33 |
Improvement for More Advanced and Efficient Road Structure Maintenance using Monitoring Technology（PDF:1,094KB） |
Atsushi Homma
(Research Association for Infrastructure Monitoring System)
|
| 34 |
Maintenance and Management of Social Infrastructure utilizing IT (Inspections, Diagnosis) |
Ministry of Land, Infrastructure, Transport and Tourism
|