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Full Description
This book presents RAISE-2024 proceedings which cover all the recent advances happening in the Structural Engineering towards the sustainable development and technology among different research areas of Civil Engineering. The main objective of this book is to disseminate the recent developments in Structural Engineering and related interdisciplinary research areas. This book will cover three main themes including, bridge engineering, tall concrete structures and interdisciplinary research areas, emphasizing their significant applications in sustainable Environment, seismic and disaster mitigation and long durable concrete structures.
Contents
Seismic Behaviour Analysis of Koyna Concrete Gravity Dam: Insights from Finite Element Modelling and Dynamic Response Assessment.- Assessing Seismic Performance of Reinforced Concrete (RC) Bridge Structures with Irregularities: A Comprehensive Review.- Assessment of Seismic Performance in Reinforced Concrete (RC) Bridges with Varied Span Irregularities.- Seismic Performance and Cost-Effectiveness of Reinforced Concrete (RC), Steel & Composite Structural Systems: A Parametric Study.- Optimizing Column & Shear Wall Ratios for Seismic Performance of High-Rise Reinforced Concrete (RC) Structures: A Parametric Study.- Linear Time History Analysis of Railway Embankment Subjected to Impulsive Rail Loading.- Seismic Vulnerability Assessment on Direct Displacement-Based Design RC Frame Building Considering SSI Effect.- The Effect of Soil Structure Interaction on The Seismic Behavior of Reinforced Concrete Moment Resistant Frames with Vertical Irregularity.- Comparative Analysis of Framed Tube, Braced Tube & Outrigger System in Tall Buildings.- Review On Diagrid Structural System Studies For Reinforced Concrete Structure Using Various Damper.- Dynamic Analysis of G+10 building in consideration with the critical devastating factors in Turkey Syria Earthquake.- Comparative evaluation of Structural Systems for Tilted tall buildings under dynamic loading.- Plan Geometric Effect on Inelastic Behaviour High-rise Buildings under Earthquake Shaking.