Blast and Impact Resistant Structural Design

Modern infrastructure must be resilient enough to survive extreme, unpredictable events. Understanding how structures respond to explosive forces and high-velocity impacts is no longer just for specialist military engineers; it is a critical skill for modern civil and structural design. This course provides a clear, conceptual introduction to the physics of blast waves, material behavior under high strain rates, and protective design methodologies. You will transition from understanding basic structural dynamics to evaluating how concrete, steel, and innovative materials behave under sudden, extreme pressure. Through clear explanations and practical design principles, you will learn to assess vulnerability and implement protective measures in new and existing buildings. What you'll learn: - Understand the physics of explosions, blast wave propagation, and pressure-impulse diagrams - Analyze how structural materials like reinforced concrete and steel behave under high strain rates - Calculate dynamic structural responses using simplified single-degree-of-freedom models - Design structural elements to resist progressive collapse and localized impact damage - Apply modern protective design standards and risk-mitigation strategies to civil infrastructure This course begins with essential terminology, the mechanics of dynamic loading, and foundational blast physics before moving into practical design calculations and structural mitigation techniques. You will explore real-world design scenarios through step-by-step written explanations and analytical exercises. This course is designed for civil engineering students, practicing structural engineers, and architects who want to build a foundational understanding of protective design. No prior experience with blast engineering is required, though a basic familiarity with structural mechanics is helpful. Start reading today to master the fundamentals of resilient, blast-resistant structural design.