Concept of Tensegrity Structures

Tensegrity structure can be defined as the 3D trusses where the members can be assigned many particular functions in which some members can remain in tension and on the other hand, other members are always in the compression. Generally for the purpose of compressive members, mainly solid sections as well as bars can be used. In addition to this, string or cable type elements can be used as the tensile members.

According to the team of researchers with best cbse school in Vatika, most of the bar string configurations cannot be in equilibrium and that’s why it has been constructed so that they could collapse to the different shape. Only bar string configurations that have been pre-stresses as well as in a stable equilibrium could be called as Tensegrity structures.

If they are well designed, then the application of forces to the Tensegrity structures could be deformed it into a slightly various shape in such a way which can supports the applied forces. The word Tensegrity has been considered from the phrase tensional integrity. It has the scope to be traced back to the researchers.

The construction of the first efficient Tensegrity structures has been attributed. In order to cover the above descriptions, there are most of the Tensegrity concepts such as pin jointed bar framework which is Tensegrity structures belong to the structural group of the pin jointed three dimensional trusses.

The other one is pure compressive tensile members in which Tensegrity structures are containing only compression as well as tension members. In addition to this, there are tensions elements which have been used are the cables that can sustain only tensions.

It also includes localization of compression which is classic Tensegrity structures and compressive elements and they are discontinuous. They seem to be floating in the continuous elements of the tension elements.

According to the team of researchers and WooCommerce Development India, the other one is pre-stressed structures that are state of pre-stress as well as self stress. They are required for the purpose of the stability of the structures since it stabilizes internal mechanism.