Structural Design-II
Structural Design-II is an advanced subject in civil and structural engineering focusing on the analysis, design, and detailing of complex structural elements and systems in buildings and infrastructure. Building on foundational design concepts, this course emphasizes the application of relevant codes and standards to the structural design of reinforced concrete and steel members under various loading conditions, including gravity, wind, and seismic forces.
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Chapters
- 1
Bolted & Welded Connections
This chapter provides a comprehensive overview of bolted and welded connections in structural steelwork, detailing the types, design considerations, and applications of each connection method. It emphasizes the importance of proper design for ensuring safety and reliability under various loading conditions. By understanding the properties and behaviors of these connections, engineers can effectively create strong, enduring frameworks for various structures.
- 2
Roofing System
The chapter discusses the structural design of roofing systems, focusing on imposed loads, wind loads, trusses, design forces in members, and connections. It emphasizes the importance of adhering to codes and regulations while ensuring the safety and performance of roofing structures.
- 3
Flooring System In Steel Structures
Floor systems in steel structures are essential in distributing loads effectively from slabs to the foundation. Understanding the roles of primary components like slabs, beams, and columns, alongside the design considerations for simply supported beams, is crucial for creating safe and efficient structures. The chapter outlines the key types of floor systems, design methodologies, and detailing practices necessary to ensure robust construction in engineering applications.
- 4
Columns & Bases
This module discusses the design of steel columns and their bases, detailing the procedures for single and built-up sections, managing axial loads and bending, and ensuring stability through effective lacing and battens. Additionally, it covers the appropriate design of bases and the critical design parameters to maintain safety and structural integrity under various loading conditions.