RF Stealth Engineering: Principles, Analysis, and Design of Low-Observable Systems

Master the Science Behind Modern RF Stealth and Low-Observable System Design In today's rapidly evolving aerospace and defense landscape, controlling a platform's electromagnetic signature is no longer optional—it's a critical engineering discipline that determines survivability, mission success, and technological superiority. RF Stealth Engineering: Principles, Analysis, and Design of Low-Observable Systems provides a rigorous yet practical guide to the science and engineering of radar stealth. Bridging fundamental electromagnetic theory with real-world engineering practice, this comprehensive reference equips readers with the analytical tools needed to understand, predict, measure, and reduce radar signatures across modern aerospace, naval, and ground platforms. Inside you'll learn how to: Understand electromagnetic scattering and radar cross section (RCS) from first principles Analyze detection theory and radar performance against low-observable targets Apply physical optics, numerical modeling, and computational electromagnetic methods Design stealth geometries using shaping, edge treatments, and signature management techniques Evaluate radar-absorbing materials, multilayer absorbers, and engineered surfaces Master RCS measurement, diagnostics, validation, and uncertainty analysis Integrate antennas, radomes, apertures, and emission control into low-observable designs Develop complete signature budgets while balancing performance, manufacturability, and sustainment Filled with engineering derivations, worked examples, practical design methodologies, end-of-chapter problems, and real-world case studies, this book serves as both an advanced textbook and a professional reference for engineers working in aerospace, defense, radar systems, electromagnetic compatibility, RF engineering, and survivability analysis. Whether you're an engineering student, researcher, defense engineer, systems designer, or RF specialist, RF Stealth Engineering provides the knowledge and practical insight needed to understand the technologies shaping the next generation of low-observable systems.