A Tensional Network in the Knee

Abstract

example, weight applied to shank/thigh bones would cause it to slide off its knee joint if it were not for the tensional balances that hold it in place and control its pivoting Swanson [6]. The invariant feature of tensegrity structures encompasses those that stabilize themselves through a phenomenon known as pre-stressing. Architects call this type of pre-stressed structural network, composed of opposing tension and compression elements that self-stabilize its shape by establishing a mechanical force balance, a tensegrity structure. Bio tensegrity is a term introduced by Dr. Stephen Levin and denotes the application of tensegrity’s principles to biological structures ABSTRACT Tensional Network in the Knee. Biomed The tensegrity structure is distinguished in that the compressed components must be disconnected, and the tensioned components should be connected to create an “ocean” of continuous tension with discontinuous compression floating in it. However, the beginning of a geometric pattern that has emerged as the body begins to move is largely unknown. The linear line systems were used to model a tensional network in equilibrium at the knee by using a triple infinity of lines, which constitute a linear line complex. Independently of the degree of freedom of the body, this study demonstrates a tensional network using an n-line in a body before the body moves by virtue of some constraints upon the body. It has been shown that a special kind of line in a body, which is determined by the constraints, namely n-line, is a regularly occurring and probably useful kind of line to explain the medium of haptic perception in equilibrium throughout the tensional network of the knee body.