ENGINEERING ANALYSIS OF BUSINESS: A LOAD-CAPACITY, TIME-HISTORY FRAMEWORK FOR CORPORATE STABILITY

Conventional business analysis relies primarily on financial ratios, qualitative strategy frameworks, and historical narratives to explain corporate success and failure.While informative, these approaches often lack structural rigor and predictive capability.This study introduces an engineering-based analytical framework that models business organizations as load-bearing systems subjected to permanent, variable, and dynamic stresses.Corporate stability is quantified using a time-dependent Demand-Capacity Ratio, DCR(t), analogous to safety indices used in structural engineering.Business pressures-including fixed costs, market competition, regulatory exposure, and economic shocks-are treated as external loads, while organizational strength, adaptability, redundancy, legitimacy, and reserves define system capacity.Governing equations and time-history formulations are developed to capture capacity degradation, fatigue accumulation, and recovery mechanisms.Numerical applications are presented for representative business systems, including a manufacturing firm, a technology startup, and reserve-enhanced organizations, with particular emphasis on gold modeled not as a speculative asset but as a structural reserve.Results demonstrate that corporate failure follows the same logic as engineered collapse, occurring through transient overload, fatigue-driven degradation, or brittle failure.The proposed