Prevention of folds of membrane structures
Membrane structure membrane surface fold is a relatively common defect in engineering.
ENCN
ENCN
Membrane structure membrane surface fold is a relatively common defect in engineering.
When the curvature of the membrane surface increases, loads such as wind and snow will cause large deformation.
Before the start of the project, the professional and technical personnel shall make technical disclosure to the project construction personnel, clarify the quality requirements and quality standards of each process, and the preventive measures for possible quality accidents;
The following are the three fire protection principles of membrane structure, I hope to bring you some help!
Many units or individuals want to build a beautiful ETFE membrane structure building, such as the “Garden of Eden” in the UK, the “Water Cube” in Beijing, etc., but the construction price of ETFE membrane structure has been high, which is prohibitive.
In winter, the cold wind makes everything lose its color, become cold and monotonous, just like many people know about membrane structure: it has been staying in the gray-white membrane structure carport or membrane structure sports shed roof. In fact, where you can’t see, membrane structures are constantly evolving.
In the past introduction, we have shown you ETFE membrane structure various innovative architectural properties, today will introduce you to ETFE membrane structure as the core attribute of the envelope building – durability, let’s take a look.
ETFE’s multi-layer membrane structure provides designers with a variety of shading design options and adjusts the visual transparency of the building envelope to achieve an indoor building environment with low energy consumption and integration with the natural environment.
The membrane structure belongs to the spatial structure system, which is different from the general steel, wood, brick and reinforced concrete structure, and is a new structural system that has emerged after the grid frame, thin shell and suspension structure.