Abstract

Abstract: This paper illustrates the creation of kinetic planar surface by tessellation method. Tessellation is a traditional technique to usually cover a plane without gaps and create a decorative pattern. As we talk about kinetic design, it is an attractive strategy to solve the adaptive and responsive environmental architectural problems. Mathematical tessellation are the techniques to be used to design a surface. The purpose of this study is to develop a methodology for designing the kinetic planar surface with the help of regular tessellation technique in the area of architecture, mechanical and mathematical interdisciplinary approach. Her the method comprises of repetition of interconnected geometry, whose design derive from the symmetry that is taken from the original reference tessellation.

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