Various preliminary studies and verifications can be easily conducted by using 3D models (BIM) allowing for rotation and enlargement from multiple viewpoints.
By making highly realistic CG renderings incorporating materials to be used, finishes and details can be determined by checking images after completion.
By analyzing illuminance and thermal fluid, selecting a model of lighting equipment or air-conditioners, and determining their locations, energy-saving and comfortable room environment can be realized.
By walking through the space of the building in VR during the design process, the scale and usability of the space can be experienced.
It supports decision-making regarding whether the building should be “renewed and continued to be used” or” rebuilt”.
It is capable of creating longer-span structures than the reinforced concrete structure, while its column stiffness is higher and thus sways little than steel structure. It is a structural system with advantages of both the reinforced concrete structure and steel structure.
This system determines the state of concrete fill and completion of compaction during concrete casting in real time.
It is a monitoring system efficient for construction accompanying noise to be easily spread in a broad range.
Stainless steel floor is set in place during concrete casting to achieve highly accurate floor finish that is integrated with concrete substrate, instead of laying it on the concrete substrate by the conventional method.