Scientific Validation of Structures Based on Empirical Science and Neural Structures
First written in FY2018. 6 of 8 entries say "Advanced", first in FY2021. Latest entry: FY2024.
No other company in this theme has enough history to compare yet.
- FY2024AdvancedAnnual report
「To ensure the quality of completed structures and address future maintenance needs, we will also promote proposals for “Implant NAVI,” which enables high-precision control of pile installation, and “nerve structures,” which visualise structural soundness.」
The initiative to manage structural quality and soundness through measurement and monitoring has been incorporated into the domestic market strategy through proposals for Implant NAVI and nerve structures. - FY2023-Q2AdvancedAnnual report
「In the same month, additional sales of Implant NAVI, a pile accuracy control system jointly developed by us and our group company シーアイテック株式会社, were made to 西尾レントオール株式会社, increasing the number of systems in operation. The product, which reduces manpower requirements for foundation construction management and improves productivity and reliability, has been very well received, and inquiries from a wide range of sources are increasing.」
The use of measurement and monitoring technology at construction sites has expanded through additional sales of the pile accuracy control system and an increase in the number of systems in operation. - FY2023-Q1AdvancedAnnual report
「This rental equipment has a very high utilisation rate, and enquiries are increasing, so we expect it to be used even more widely at ICT construction sites in the future.」
Rental provision of the pile accuracy control system has begun, and the use of measurement and monitoring technology at construction sites has progressed as utilisation rates and enquiries have increased. - FY2022AdvancedAnnual report
「The technology behind Implant NAVI was standardized through the Ministry of Land, Infrastructure, Transport and Tourism’s initiative to develop standards for ICT-based construction, giving further momentum to the adoption and expansion of the implant construction method.」
Management of structures and piles through measurement and monitoring has progressed to the stage where Implant NAVI technology is being incorporated into ICT construction standards and guidelines. - FY2022-Q1AdvancedAnnual report
「The plan is to observe the behaviour of the embankment, measure rust on steel sheet piles and monitor deformation over the long term in order to prove the performance of the implant seawall.」
The initiative to visualise structural soundness and performance through measurement has progressed into a specific observation and measurement plan for the Kokubugawa construction project. - FY2021AdvancedAnnual report
「• Visualise structural soundness through monitoring with measuring instruments.」
The company has translated its empirical science and “nerve structure” initiatives into specific measures under the new medium-term plan: monitoring with measuring instruments and visualisation of structural soundness. - FY2019RestatedAnnual report
「To establish scientifically proven structures and construction methods that reliably fulfil their intended purposes and responsibilities, our group is working with the International Press-in Association, an academic organisation, to elucidate the mechanisms of press-in piles and ground through empirical science, pursuing academic research that combines theory and practice.」
The company continues to address collaboration with the International Press-in Association, empirical validation of press-in pile and ground mechanisms, and verification of structural performance and soundness. - FY2018First statedAnnual report
「To establish scientifically proven structures and construction methods that reliably fulfil their intended purposes and responsibilities, our group is working with the International Press-in Association, an academic organisation, to elucidate the mechanisms of press-in piles and ground through empirical science, pursuing academic research that combines theory and practice. Society requires structures to maintain their functionality over long periods, not only when they are built. To demonstrate this, we are also working to create “nerve structures” by embedding sensors in piles and the ground, thereby giving structures “nerves” and using the information obtained from them.」
The company identifies collaboration with the International Press-in Association, empirical validation of press-in pile and ground mechanisms, and sensor-based “nerve structures” as new issues to address.