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The bolt and nut coupling are fundamental design requirement for machines and steel structures and their relevance and utilization are of topmost priority in the areas of their application. The paper viewed the component parts and dimensions of this coupling from the perspective of energy content delivery, balancing and equilibrium. This result from the fact that the supply of compression torque on the coupling converts ingrained residual energy in the individual parts into utility energy assets for the support and sustenance of structures of interest. The mechanics and practicality of this energy matrix theory has been investigated using congruent scientific analysis, conventional tables, lab test data and graphics which depicts boundary behavioral tendencies resulting from structural realignments in the face of increasing load value. The extreme limit of this realignments, culminate in varying degrees of yield conditions particular viewed as deformation, which occurs at the point of lowest energy availability in the coupled system. Keyword: geometryof forces, shear stress, bolt preload, energy relativity, shear off, ultimate value shearing stresses, crushing stress, ingrained limits, synergetic value, micro-synergy centers

Assessment of Combinatorial Support Assemblies and Their Energy Matrixes in High Tension Bolt Couplings