Published Paper Details:

National security protection depends on operational bases together with required staff who operate from secured military buildings along with vital infrastructure. Global seismic events now demand that the United Nations International authorities give their first priority to protecting military infrastructure. Standard seismic design standards maintain structural robustness while dismissing important systems including utility distribution networks because of their combination of power utilities water systems fuel systems and communication systems for emergency backup. The entire Seismic Resilience Design Framework must receive immediate deployment at military facilities with installed underground utility systems. The understanding of security threats to military infrastructure relies on system engineering analysis handled through multiple disciplines combined with resilience modeling to achieve better seismic outcomes. Current military resilience models benefit through this research because they conduct specific operational situation tests which use simulation and case-based assessments. The framework applies structural foundations to help lower operational disruptions and maintain readiness through non-structural mission assurance elements both before and after earthquakes. Defense infrastructure policies receive essential scientific instructions from research that enables engineering professionals and defense organizations to enhance their seismic capacity for building stronger national security.