Astromechanic Theory, an Application of Mechanical Engineering Principles to Relativity Theory

Abstract

The following research paper uses plasticity theory of deformation to describe the yielding of space-time fabric (i.e., the increase in the area of the space time fabric without any application of force) on a stress strain curve. It considers the space-time fabric as an elastic material undergoing deformation in form of yielding, which also explains the reason of expansion of the universe. In this paper a mechanical prospective is applied to the relativity theory to explain the mechanics of the space time fabric in a very practical sense. Calculus of variation is used to mathematically derive the boundary conditions before big bang. The research paper in detail explains the reason of occurrence of big bang using the concept of space-time fabric and describes the elementary particles in form of 3-dimensional crushed energy fabric.