DEFENSE-SPECIFIC THREAT DEFINITION
FLOW&ART SPACE defines credible blast scenarios for military facilities, ammunition depots, command centers, fuel storage areas, and critical defense infrastructure. TNT, RDX, ANFO, accidental detonation, and intentional attack scenarios are assessed under strict confidentiality.
MISSION-ORIENTED PROTECTION STRATEGY
Protection levels are selected according to personnel safety, asset survivability, facility criticality, and operational continuity. The methodology considers blast zoning, ammunition separation, chain-detonation prevention, and mission-specific defense requirements.
HIGH-FIDELITY BLAST LOAD MODELLING
Blast pressures and impulses are calculated using TNT equivalency, Kingery-Bulmash methods, UFC criteria, and advanced CFD techniques. Reflection, diffraction, confinement, internal blast, and multiple-structure interaction effects are included where required.
NONLINEAR STRUCTURAL ANALYSIS
LS-DYNA® is used to evaluate reinforced-concrete bunkers, steel hangars, buried shelters, ammunition magazines, and blast-resistant doors. Analyses cover deformation, fragmentation, punching, shear, connection failure, and progressive collapse.
PERFORMANCE AND SURVIVABILITY VALIDATION
Structural performance is assessed against UFC deformation limits, damage criteria, debris hazards, and post-blast functionality requirements. The objective is to protect personnel, maintain structural integrity, and preserve mission-critical operations.
Mühendislik Hizmetleri
FLOW&ART SPACE’s Engineering Services portfolio brings together multidisciplinary capabilities developed for defence, energy, industrial and critical infrastructure applications. Our approach integrates project-specific load assessment, advanced numerical analysis, component-level detailing and manufacturing-oriented engineering to address complex structural and protective-system requirements. Explore the complete Engineering Services portfolio or contact FLOW&ART SPACE for a project-specific technical assessment.