14th International Symposium on Plasticity and Impact Mechanics (IMPLAST 2025) Volume 5
Structural Fire Engineering
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Beschreibung
This volume brings together selected papers presented in the proceedings of the 14th International Symposium on Plasticity and Impact Mechanics (IMPLAST-2025) held at IIT Roorkee, addressing the critical behaviour of structural elements and overall systems exposed to natural and man-made fire. It explores thermal effects on material degradation, structural deformation, progressive collapse, and residual load-carrying capacity. The current volume covers experimental fire testing, heat transfer analysis, and thermo-mechanical coupling in wood, metal, concrete, and composite structures. Emphasis has been made on both prescriptive and performance-based fire design strategies. The book also includes computational techniques such as finite element modelling for simulating fire-structure interaction and fire-induced failure modes. Real-world case studies from building fires and tunnels enhance the practical relevance. This volume serves as a comprehensive reference for structural engineers, researchers, and fire safety professionals aiming to improve infrastructure resilience under elevated temperatures.
This volume brings together selected papers presented in the proceedings of the 14th International Symposium on Plasticity and Impact Mechanics (IMPLAST-2025) held at IIT Roorkee, addressing the critical behaviour of structural elements and overall systems exposed to natural and man-made fire. It explores thermal effects on material degradation, structural deformation, progressive collapse, and residual load-carrying capacity. The current volume covers experimental fire testing, heat transfer analysis, and thermo-mechanical coupling in wood, metal, concrete, and composite structures. Emphasis has been made on both prescriptive and performance-based fire design strategies. The book also includes computational techniques such as finite element modelling for simulating fire-structure interaction and fire-induced failure modes. Real-world case studies from building fires and tunnels enhance the practical relevance. This volume serves as a comprehensive reference for structural engineers, researchers, and fire safety professionals aiming to improve infrastructure resilience under elevated temperatures.
This book presents integrated computational and experimental studies in structural fire engineering Discusses the latest advances in performance-based fire design and simulation tools Enriches understanding by including real-case studies on fire-induced structural failure
Autor*in
Rakesh Ranjan
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Impact Plasticity Fracture Blast Damage Stress waves IMPLAST2025