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.
Design preventing noises and vibration by using computer simulation.
By utilizing the temporary underground continuous wall for the main structure, underground space can be used more widely.
By supporting with anchors, the root depth and foundation volume will be decreased for the reduction of the construction period and costs.
The shaking of the building due to the earthquake can be reduced while making the structure slimmer.
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.
