Lamellar beam attachment on concrete

Detailed photographs

Photo gallery of the connection between the laminated wood structure and the reinforced concrete support plinth.

The connection between the laminated wood structure and the reinforced concrete support plinth is a critical element in the design of architectural structures that use these materials. Here are some key points to consider:

Load transmission: The reinforced concrete plinth provides a solid support for the glulam structure, transferring vertical and lateral loads from the wood to the ground below. It is important to design a connection that ensures effective transmission of loads to ensure the structural stability of the building.

Material compatibility: Since wood and reinforced concrete have different mechanical properties, it is essential to design a connection that takes into account the differences in behavior between the two materials. For example, it is important to predict the expansion and contraction of wood due to changes in humidity and temperature.

Mechanical connections: The connections between the glulam structure and the reinforced concrete plinth can be made using different techniques, such as bolts, metal plates, connection brackets or chemical anchors. It is essential that these connections are designed and constructed appropriately to ensure structural strength and durability over time.

Protection from deterioration: Because reinforced concrete can be subject to corrosion due to exposure to weathering and soil moisture, it is important to take protective measures to prevent damage to the connection over time. These may include the use of protective coatings, the application of sealants or the choice of corrosion-resistant materials.