Structural Engineering

A fully updated reference that introduces structural design concepts to architects and builders without complex math. Covering essential topics like forces, loads, and member sizing, it helps readers understand and apply structural principles to common building materials like wood, steel, and concrete.

Explores the often-overlooked role of empirical design in modern structural engineering. Through historical context, global examples, and case studies, it highlights how experience-based methods complement rational engineering practices. The book examines key materials—steel, concrete, wood, and masonry—and discusses philosophical foundations, building codes, ethical considerations, and practical applications.

Compiles innovative research and practical insights from global experts on current challenges in the field. Covering topics such as structural dynamics, impact loading, finite element modeling, vibration control, and advanced composite materials, the book spans five chapters and multidisciplinary areas. I

A curated collection of articles from a Frontiers Research Topic, featuring a range of contributions—from original research to reviews—focused on a specific, high-interest subject. These collections bring together leading researchers and key developments in the field.

Offers a thorough overview of measuring and analyzing strain in civil infrastructure. It covers traditional and advanced sensor technologies, error analysis, and strain sources in materials like concrete and steel. The book details data interpretation methods across local, global, and integrity scales, with practical examples from bridges, buildings, and pipelines. It highlights the benefits, challenges, and applications of structural health monitoring (SHM) and serves as a resource for engineers, researchers, infrastructure owners, and students. This guide builds foundational knowledge while addressing advanced SHM techniques for real-world structural assessment.

Explores nature-inspired and multi-objective optimization methods, including Harmony Search, Drosophila Algorithm, Cohort Intelligence, Genetic Algorithms, and Particle Swarm Optimization. It applies these techniques to structural and mechanical engineering problems such as truss design, vehicle suspension systems, road handling, and 2D/3D topology optimization in elasticity, plasticity, and fracture mechanics.