1
2
3
4
5
6
7
8
9. BIM Model 1
10. BIM Model 2
11. BIM Model 3
12. BIM Model 4
This is a Laboratory of 14.5m square in plan and 12m high, constructed of CLT. The interior of the building is a large empty space, realized by a ceiling structure of checkerboard CLTs approximately 3 m square. Tensile and shear joints between the CLT wall and foundation use ready-made connectors for CLT, and the interior of the CLT is exposed so that connectors at the joints with no visible, including drift pins and machined holes. For the ceiling framing composed of CLT, newly developed connectors for CLT were used, and for the laminated wood framing, ready-made connectors such as Node.Rigid were used. During design and construction, a BIM model was used to verify the fitting structure and appearance of the structure in advance.
The large space is equipped with a reaction force floor and a rafter crane, and can accommodate a wide variety of tests, as force application machines and test jigs can be freely installed. In addition, construction verification using full-scale mockups is also possible, you can provide a full range of services from joint development to testing and construction verification.
Stroog Lab
Architectural Design：MOUNT FUJI ARCHITECTS STUDIO
Structural Design：KMC Ken Kamachi
Structural BIM Model：Stroog Inc.
Precut：Stroog Inc.
Total Floor Area：215.88㎡
Floors：1 above ground
Structure：Wood（CLT）
Building Function：Laboratory
Photography：Ryota Atarashi
Connectors Used
Node.HSS Beam end connector for small-scale structures
Node.Column Column head and foot connector
Node.Fastener Configurable for other types of connectors and various fasteners
Node.HSML Beam end connector for mid to large-scale structures
Node.Rigid Rahmen joint connector
Node.S Connector that joins timber with steel
Stroog.LSB Various types of lag screw bolts
CLT Connector
Services Used
Stroog.test Strength testing services