Uso de las leyes de newton y las condiciones de equilibrio en el diseño de estructuras estables que soporten cargas estáticas

This article explores the key theoretical and methodological foundations in the design of structures capable of withstandingstatic loads, anchored in Newton's laws and static equilibrium conditions. These principles are complemented by advanced conceptssuch as buckling analysis in compression elements, nonlinearity in materials behavior (including plasticity and strain hardening),and structural redundancy, which optimize the safety and adaptive capacity of the structure under extreme loading conditions andpartial failures.The article also highlights the use of risk-adjusted safety factors, a critical approach in critical buildings such as hospitals.In terms of technology, it describes the role of advanced simulation tools (CAD and BIM), real-time monitoring sensors, and 3Dprinting in improving structural design and evaluation. Examples of practical applications include buildings in seismic zones andlandmark case studies such as Taipei 101, where Newton's laws are applied through massive damping systems and action-reactionfundamentals in its structure. In conclusion, the article emphasizes how structural engineering relies on classical physics andtechnology to design safer, more efficient and sustainable buildings.