Applications of Environmental Noise and Vibration Assessment Technology in Construction and Residential Environments
First written in FY2018. 3 of 6 entries say "Restated". Latest entry: FY2026.
0 other companies' latest entry also says "Advanced".
- FY2026AdvancedAnnual report
「We also enhanced the system so that it could evaluate the comfort of indoor thermal environments by combining optimal energy-saving technologies.」
We continued to visualize environmental performance through BIM integration and expanded the function for evaluating indoor thermal environments using combinations of energy-saving technologies. - FY2024RestatedAnnual report
「In FY2023, we continued efforts to visualize building environmental performance in coordination with BIM, using a function that enables the building's thermal, humidity, ventilation and other environmental performance to be checked in video format, thereby improving equipment design and indoor environments at logistics warehouses, factories, office buildings and other facilities.」
We continue to visualize environmental performance through BIM integration and apply this to equipment design and improvements to indoor environments. - FY2022RestatedAnnual report
「In FY2021, we continued efforts to visualize building environmental performance in coordination with BIM, using a function that enables the building's thermal, humidity, ventilation and other environmental performance to be checked in video format, thereby improving equipment design and indoor environments at logistics warehouses, factories, office buildings and other facilities.」
We continue to visualize indoor environments through BIM integration and apply this to equipment design and improvements to the living environment. - FY2021RestatedAnnual report
「In FY2020, we also used noise analysis and mitigation technologies to reduce noise from concrete pump trucks, outdoor units and other equipment associated with construction in our technical proposals.」
We continue to use noise analysis and mitigation technologies in technical proposals for construction projects. - FY2019AdvancedAnnual report
「In FY2018, we worked to conserve the environment and reduce environmental impact by using analytical technologies for acoustic, vibration, wind and indoor thermal environments in proposals for comprehensive assessments of construction noise at government buildings, gymnasiums and art museums, technical proposals for wind environments at factories, research on indoor thermal environments and other applications to construction projects and improvements to the living environment at customer facilities, as well as by developing wind-resistant design technology for exterior materials through wind-tunnel testing.」
Analytical technologies for noise, vibration, wind and thermal environments continue to be used in proposals and research for multiple facilities, alongside the development of wind-resistant design technology. - FY2018First statedAnnual report
「In fiscal 2017, the technology was used to reduce construction noise in comprehensive evaluation technical proposals, control mechanical noise from multistory parking facilities after completion of apartment buildings, and mitigate vibration from heavy machinery, thereby reducing noise and vibration from construction and improving customers' residential environments.」
Noise and vibration analysis simulations are used to reduce construction noise, control mechanical noise, mitigate heavy-machinery vibration and improve residential environments.