What is 3D TRUSS?
Three -dimensional (3D) TRUSS is a type of frame used to provide special force and support structures such as bridges and buildings. Sometimes it is called cosmic truss, it consists of triangles that are arranged in three -dimensional triangular shapes such as tetrahedrics. These lane are very strong and are able to withstand a large force without changing shape or breaking.
Like other truss beams, it consists of a series of triangular shapes. By using triangular pieces, trusses are able to withstand much more strength than structures made from other shapes. Triangular shapes are used in the trips because they do not lose their shape when they are subjected to stress. Due to sufficient strength, the trusses may disintegrate, but triangular slices are not subject to the angular change in the way other shapes such as quadrangers are not subject to the angular change.
The most commonly used shape in the 3D truss is tetrahedron. This three -dimensional shape consists of four triangles, arrangedso that one triangle to create a shape base and the other three connect to each edge of the base and meet at the point at the top. It is also possible to use a similar structure, a pyramid that has a square base and four triangular sides that meet at a point.
faeces can be made of different materials. Wooden lanes are common in building houses or other small structures. Large buildings or structures that are subject to high stress, such as bridges, often use metal 3D trusses.
3D TRUSS is commonly used to support a number of different structures. Floors, platforms and roofs use these lane because they remain strong and stable in the middle even at the edges of the structure. For very large structures of a similar platform, additional support rays can be placed under the center of the 3D truss nose to keep the structure to strengthen. Towers, especially electric towers, can be made up of 3D trussWith a nose and stretch to a high height without collapse.
Many structures used in space projects are built as a series of 3D trusses. This shape is easier to construct than honey -shaped supports and can maintain its strict shape in different conditions. Tetrahedrone arrangement together in different ways can create structures in any 3 -dimensional shape with flat or shaped edges.