Current Accomplishments (2/2) Current …・ Fostering multi-disciplinary researchers/engineers who...
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76 77 Establishment of new maintenance management flow (Kyoto University) & Development of repair materials and highly durable cement (Tokyo Institute of Technology) Clarification mechanisms & Application of NIMS seeds for Infrastructure Maintenance ・New industrial‐academic‐government cooperative group named “TOPAS” has been established to promote Infrastructural Materials R&D. ・ “Infrastructural Material Cluster” (31 industries, 8 academic institutes or public labs, and 120 persons) plays an important role in the project, such as 1) information exchange, 2) several educational programs [young scientist forum, summer school, cluster seminars] and 3) discussion and investigation of cooperative R&D for social infrastructural implementation. ・ About 30 researchers and engineers who belong to the “SIP-Social Infrastructure Materials Lab” and various analytical apparatus for infrastructural materials R&D are located in the Advanced Structural Materials Research Bldg. Consolidation to COE for infrastructural Materials R&D with industrial‐academic‐government cooperation Infrastructure Materials Summer School Advanced Structural Materials Research Bldg. Infrastructural Materials Cluster Meeting Infrastructure Materials Young Scientist Forum Several Multi-probe Analysis Apparatuses Asset Management Koichi MAEKAWA Univ. Tokyo （ Research Advisor, NIMS） Cooperative R&D Gr-2 Tokyo Institute of Technology Leader : Etsuo SAKAI Public Works Research Institute Research Assistant Internship Research Institutes Academy Research Institutes Industry Academy Tsukuba Open Plaza for Advanced Structural Materials Cluster Leader：Koichi TSUCHIYA （NIMS） Sub Leader：Toshiyasu NISHIMURA（NIMS） Infrastructural Materials Cluster ICYS Infrastructure Materials Young Scientist Forum R&D Group; National Institute for Materials and Science (NIMS) Infrastructure Materials Summer School （About 40 organization,120persons） Cluster Meetings Clarification of deterioration mechanisms SC Leader： Toshiyasu NISHIMURA (NIMS) Sub : Hideki KATAYAMA (NIMS) Cracking SC Leader: Toyoaki MIYAGAWA （NIMS Invited Researcher, Kyoto Univ. ） Sub: Hiroshi FUDOHJI (NIMS) Cement Chemistry SC Leader： Daiki ATARASHI （NIMS Invited Researcher, Shimane Univ.) Sub:Etsuo SAKAI （NIMS Invited Researcher, Tokyo Inst. Tech.) Cement Analysis Research Group Convener: Toyoharu NAWA (Hokkaido Univ.) Executive secretariat Coordinator：Naoto TSUTSUMI Participants are registered as guest researchers named “TOPAS Associate” Research Group on Repair Materials Evaluation Convener: Hiroshi YOKOTA (Hokkaido Univ.) Cooperative R&D Gr-1 Kyoto Univ. Leader : Takashi YAMAMOTO National Institute for Rural Engineering industrial‐academic‐government cooperation 【Social Backgrounds】 ・ It is necessary to develop an efficient maintenance and management flow to deal with a large stock of social infrastructures with a limited budgets and human resources in Japan . ・ It is necessary to establish a feasible and highly accurate degradation diagnosis method as well as innovative repair technology . 【Purpose of Research &Development】 ・ Development of diagnostic technology with reduced labor, reduced cost and well-planned maintenance suitable for maintenance in local authorities. ・ Fostering multi-disciplinary researchers/engineers who have a birds-eye view over materials and structures for the future. Objectives Subjects • Establishment of COE for infrastructural materials R&D to promote interdisciplinary collaboration, industrial‐academic‐government cooperation and human resource development. • Clarification of deteriorating mechanisms in RC infrastructures. • Improvement of remaining life assessment for infrastructures by clarification of the correlation between 1) environment in service, corrosion products and cracking or 2) concrete cracking and load capacity , using advanced inspection technologies, such as non-destructive evaluation and corrosion environment sensors, which have been cultivated in NIMS. • Development of efficient repair materials and long-life materials as well as evaluation methods. (1 ) Inspection, Monitoring and Diagnostics (3 ) Information and Communications (4 ) Robotics (1 ) Inspection, Monitoring and Diagnostics (3 ) Information and Communications (4 ) Robotics (5) (5) (1 ) Inspection, Monitoring and Diagnostics (3 ) Information and Communications (4 ) Robotics (1 ) Inspection, Monitoring and Diagnostics (3 ) Information and Communications (4 ) Robotics (2) Structural Materials,Deterioration Mechanisms,Repairs, and Reinforcement Technologies (5) (5) (3 (3 ) Information and Communications ) Information and Communications (4 (4 ) Robotics ) Robotics ( ( 5 5 ) ) アセ技術アセ技術(5 (5 (5 (5 (5 (5 (5 ) Asset Management ) Asset Management ) Asset Management ) Asset Management ) Asset Management ) Asset Management ) Asset Management （1 ）Inspection, Monitoring and Diagnostics （2 ）Structural Materials,Deterioration Mechanisms, Repairs, and Reinforcement （3 ）Information and Communications （4 ）Robotics （5 ）Asset Management (3 (3 ) Information and Communications ) Information and Communications (4 (4 ) Robotics ) Robotics ( ( 5 5 ) ) アセ技術アセ技術(5 (5 (5 (5 (5 (5 (5 ) Asset Management ) Asset Management ) Asset Management ) Asset Management ) Asset Management ) Asset Management ) Asset Management （1 ）Inspection, Monitoring and Diagnostics （2 ）Structural Materials,Deterioration Mechanisms, Repairs, and Reinforcement （3 ）Information and Communications （4 ）Robotics （5 ）Asset Management R&D Objectives and Subjects Current Accomplishments (1/4) Current Accomplishments (3/4) Current Accomplishments (2/4) （2）Structural Materials,Deterioration Mechanisms,Repairs, and Reinforcement Technologies Clarification of Deterioration Mechanism of Infrastructures and Development of Technology for Efficient Maintenance and Management through COE for Infrastructure Materials Research 35 Principal Investigator Koichi Tsuchiya (Director of RCSM, NIMS) Collaborative Research Groups Kyoto University, Tokyo Institute of Technology
Transcript of Current Accomplishments (2/2) Current …・ Fostering multi-disciplinary researchers/engineers who...
76 77
Infrastructure Maintenance, Renovation, and Management 4
Establishment of new maintenance management flow (Kyoto University) & Development of repair materials and highly durable cement (Tokyo Institute of Technology)
Infrastructure Maintenance, Renovation, and Management
Clarification mechanisms & Application of NIMS seeds for Infrastructure Maintenance
Infrastructure Maintenance, Renovation, and Management 2
・New industrial‐academic‐government cooperative group named “TOPAS” has been established to promote Infrastructural Materials R&D. ・ “Infrastructural Material Cluster” (31 industries, 8 academic institutes or public labs, and 120 persons) plays an important role in the project, such as 1) information exchange, 2) several educational programs [young scientist forum, summer school, cluster seminars] and 3) discussion and investigation of cooperative R&D for social infrastructural implementation.
・About 30 researchers and engineers who belong to the “SIP-Social Infrastructure Materials Lab” and various analytical apparatus for infrastructural materials R&D are located in the Advanced Structural Materials Research Bldg.
Consolidation to COE for infrastructural Materials R&D with industrial‐academic‐government cooperation
Infrastructure Materials Summer School
Advanced Structural Materials Research Bldg.
Infrastructural Materials Cluster Meeting
Infrastructure Materials Young Scientist Forum
Several Multi-probe Analysis Apparatuses
Asset Management Koichi MAEKAWA Univ. Tokyo （Research Advisor, NIMS） Koichi MAEKAWA Univ. Tokyo
Cooperative R&D Gr-2
Tokyo Institute of Technology
Leader : Etsuo SAKAI
Public Works Research Institute
Research Assistant Internship
Research Institutes Industry Academy Research InstitutesIndustryAcademy
Tsukuba Open Plaza for Advanced Structural Materials
Cluster Leader：Koichi TSUCHIYA （NIMS） Sub Leader：Toshiyasu NISHIMURA（NIMS） Cluster Leader：Koichi TSUCHIYA （NIMS）
Infrastructural Materials Cluster
ICYS Infrastructure
Materials Young Scientist Forum
R&D Group; National Institute for Materials and Science (NIMS)
Infrastructure Materials Summer
School
（About 40 organization,120persons）
Cluster Meetings
Clarification of deterioration mechanisms SC Leader： Toshiyasu NISHIMURA (NIMS) Sub : Hideki KATAYAMA (NIMS)
Cracking SC Leader: Toyoaki MIYAGAWA （NIMS Invited Researcher, Kyoto Univ.） Sub: Hiroshi FUDOHJI (NIMS)
Cement Chemistry SC Leader： Daiki ATARASHI （NIMS Invited Researcher, Shimane Univ.) Sub:Etsuo SAKAI （NIMS Invited Researcher, Tokyo Inst. Tech.)
Cement Analysis Research
Group
Convener: Toyoharu NAWA (Hokkaido Univ.)
Executive secretariat Coordinator：Naoto TSUTSUMI
Cement
Participants are registered as guest researchers named “TOPAS Associate”
Research Group on
Repair Materials
Evaluation Convener: Hiroshi YOKOTA (Hokkaido Univ.)
ResearchCooperative R&D Gr-1
Kyoto Univ.
Leader : Takashi
YAMAMOTO
National Institute for Rural Engineering
industrial‐academic‐government cooperation
Infrastructure Maintenance, Renovation, and Management
【Social Backgrounds】 ・ It is necessary to develop an efficient maintenance and management flow to deal with a large stock of social
infrastructures with a limited budgets and human resources in Japan . ・ It is necessary to establish a feasible and highly accurate degradation diagnosis method as well as innovative
repair technology. 【Purpose of Research &Development】 ・ Development of diagnostic technology with reduced labor, reduced cost and well-planned maintenance suitable
for maintenance in local authorities. ・ Fostering multi-disciplinary researchers/engineers who have a birds-eye view over materials and structures for
the future.
Clarification of Deterioration Mechanism of Infrastructures andDevelopment of Technology for Efficient Maintenance and Management through COE for Infrastructure Materials Research Koichi Tsuchiya (Director of RCSM, NIMS) Kyoto University, Tokyo Institute of Technology
Objectives
Subjects
• Establishment of COE for infrastructural materials R&D to promote interdisciplinary collaboration, industrial‐academic‐government cooperation and human resource development.
• Clarification of deteriorating mechanisms in RC infrastructures. • Improvement of remaining life assessment for infrastructures by
clarification of the correlation between 1) environment in service, corrosion products and cracking or 2) concrete cracking and load capacity, using advanced inspection technologies, such as non-destructive evaluation and corrosion environment sensors, which have been cultivated in NIMS.
• Development of efficient repair materials and long-life materials as well as evaluation methods.
(1 ) Inspection, Monitoring and D
iagnostics(2 ) Structural M
aterials,Deterioration
Mechanism
s, Repairs, and Reinforcement
(3 ) Information and C
omm
unications(4 ) R
obotics(5 ) A
sset Managem
ent
(1 ) Inspection, Monitoring and D
iagnostics(2 ) Structural M
aterials,Deterioration
Mechanism
s, Repairs, and Reinforcement
(3 ) Information and C
omm
unications(4 ) R
obotics(5 ) A
sset Managem
ent
R&D Objectives and Subjects
Current Accomplishments (1/2) Goals
Current Accomplishments (2/2)
(1) Inspection, Monitoring and Diagnostics Technologies
(5)
アセットマネジメント技術
(5)
アセットマネジメント技術
(1 ) Inspection, Monitoring and D
iagnostics(2 ) Structural M
aterials,Deterioration
Mechanism
s, Repairs, and Reinforcement
(3 ) Information and C
omm
unications(4 ) R
obotics(5 ) A
sset Managem
ent
(1 ) Inspection, Monitoring and D
iagnostics(2 ) Structural M
aterials,Deterioration
Mechanism
s, Repairs, and Reinforcement
(3 ) Information and C
omm
unications(4 ) R
obotics(5 ) A
sset Managem
ent
R&D Objectives and Subjects
Current Accomplishments (1/2) Goals
Current Accomplishments (2/2)
(2) Structural Materials,Deterioration Mechanisms,Repairs, and Reinforcement Technologies
(5)
アセットマネジメント技術
(5)
アセットマネジメント技術
(3(3(3 ) Information and C
omm
unications) Inform
ation and Com
munications
) Information and C
omm
unications(4(4(4 ) R
obotics) R
obotics) R
obotics
( )アセットマネジメント技術
(5(5(5
((((5555))))アセットマネジメント技術
アセットマネジメント技術
アセットマネジメント技術
アセットマネジメント技術
(5アセットマネジメント技術
(5(5(5アセットマネジメント技術
(5アセットマネジメント技術
(5アセットマネジメント技術
(5(5(5アセットマネジメント技術
(5 ) Asset M
anagement
アセットマネジメント技術
) Asset M
anagement
) Asset M
anagement
) Asset M
anagement
アセットマネジメント技術
) Asset M
anagement
アセットマネジメント技術
) Asset M
anagement
アセットマネジメント技術
) Asset M
anagement
) Asset M
anagement
) Asset M
anagement
アセットマネジメント技術
) Asset M
anagement
（1
）Inspection, Monitoring and D
iagnostics
（2
）Structural Materials,D
eterioration
Mechanism
s, Repairs, and Reinforcement
（3
）Information and Com
munications
（4
）Robotics
（5
）Asset Managem
ent
(3(3(3 ) Information and C
omm
unications) Inform
ation and Com
munications
) Information and C
omm
unications(4(4(4 ) R
obotics) R
obotics) R
obotics
( )アセットマネジメント技術
(5(5(5
((((5555))))アセットマネジメント技術
アセットマネジメント技術
アセットマネジメント技術
アセットマネジメント技術
(5アセットマネジメント技術
(5(5(5アセットマネジメント技術
(5アセットマネジメント技術
(5アセットマネジメント技術
(5(5(5アセットマネジメント技術
(5 ) Asset M
anagement
アセットマネジメント技術
) Asset M
anagement
) Asset M
anagement
) Asset M
anagement
アセットマネジメント技術
) Asset M
anagement
アセットマネジメント技術
) Asset M
anagement
アセットマネジメント技術
) Asset M
anagement
) Asset M
anagement
) Asset M
anagement
アセットマネジメント技術
) Asset M
anagement
（1
）Inspection, Monitoring and D
iagnostics
（2
）Structural Materials,D
eterioration
Mechanism
s, Repairs, and Reinforcement
（3
）Information and Com
munications
（4
）Robotics
（5
）Asset Managem
ent
R&D Objectives and Subjects
Current Accomplishments (1/4) Current Accomplishments (3/4)
Current Accomplishments (2/4)
（2）Structural Materials,Deterioration Mechanisms,Repairs, and Reinforcement Technologies
Clarifi cation of Deterioration Mechanism of Infrastructures and Development of Technology for Effi cient Maintenance and Management through COE for Infrastructure Materials Research
35
Principal Investigator Koichi Tsuchiya (Director of RCSM, NIMS)Collaborative Research Groups Kyoto University, Tokyo Institute of Technology
78 79
Infrastructure Maintenance, Renovation, and Management
Strong promotion at “Infrastructural Materials Cluster” to establish the high-efficient Maintenance Flow
Establishment of a Core of Excellence for infrastructure materials in the SIP Project - Introduction of research facilities for R&D of infrastructural materials Sustainable network formation with industrial‐academic‐government cooperation -Co-production with infrastructural companies registered in TOPAS “Intellectual accumulation” concerning infrastructural materials -Cooperative R&D with Kyoto University, Tokyo Institute of Technology, University of Tokyo and other institutions Fostering great young talents to be future multi-disciplinary researcher/engineer
Infrastructure Maintenance, Renovation, and Management 5
Self-healing Repair Materials WG Corrosion Inhibitive Surface Impregnant WG
Research Group on Repair Materials Evaluation
(5)
アセットマネジメント技術
(5)
アセットマネジメント技術
(5)アセットマネジメント技術
（1
）Inspection, Monitoring and D
iagnostics
（2
）Structural Materials,D
eterioration
Mechanism
s, Repairs, and Reinforcement
（3
）Information and Com
munications
（4
）Robotics
（5
）Asset Managem
ent
(5)アセットマネジメント技術
（1
）Inspection, Monitoring and D
iagnostics
（2
）Structural Materials,D
eterioration
Mechanism
s, Repairs, and Reinforcement
（3
）Information and Com
munications
（4
）Robotics
（5
）Asset Managem
ent
Goals
Current Accomplishments (4/4)
（2）Structural Materials,Deterioration Mechanisms,Repairs, and Reinforcement Technologies
Actual Refl ection of R&D Results to the Society
