|E-book Particulars :|
- Design actions
- Native buckling of skinny metal plates
- Steel members beneath bending
- Steel members beneath axial load and bending
- Steel connections
- Plastic evaluation of metal beams and frames
- Composite slabs
- Composite beams
- Composite columns
- Composite connections
Preface to Analysis and Design of Steel and Composite Structures
Steel and composite steel-concrete buildings are extensively utilized in fashionable bridges, buildings, sports activities stadia, towers, and offshore buildings.
The evaluation and design of metal and composite buildings require a sound understanding of the conduct of structural members and methods.
This guide offers an built-in and complete introduction to the evaluation and design of metal and composite buildings.
It describes the elemental conduct of metal and composite members and buildings and the most recent design standards and procedures given in Australian Requirements AS/NZS 1170, AS 4100, AS 2327.1, Eurocode 4, and AISC-LRFD specs.
The newest analysis findings on composite members by the creator’s analysis groups are additionally included within the guide. Emphasis is positioned on a sound understanding of the elemental conduct and design rules of metal and composite members and connections.
Quite a few step-by-step examples are supplied for instance the detailed evaluation and design of metal and composite members and connections.
This guide is a perfect course textbook on metal and composite buildings for undergraduate and postgraduate college students of structural and civil engineering, and it’s a complete and indispensable useful resource for practising structural and civil engineers and educational researchers.
Chapter 1 introduces the restricted state design philosophy, the design course of, and the fabric properties of steels and concrete.
The estimation of design actions on metal and composite buildings in accordance with AS/NZS 1170 is described in Chapter 2.
Chapter 3 presents the native and post-local buckling conduct of skinny metal plates beneath in-plane actions, together with compression, shear, and bending of metal plates involved with concrete.
The design of metal members beneath bending is handled in Chapter 4, which incorporates the design for bending moments and the shear and bearing of webs to AS 4100.
Chapter 5 is dedicated to metal members beneath axial load and bending. The evaluation and design of metal members beneath axial compression, axial pressure, and mixed axial load and bending to AS 4100 are lined.
In Chapter 6, the design of bolted and welded metal connections, together with bolted second finish plate connections and pinned column base plate connections, is offered.
Chapter 7 introduces the plastic evaluation and design of metal beams and frames. The conduct and design of composite slabs for energy and serviceability to Eurocode 4 and Australian follow are handled in Chapter 8.
Chapter 9 presents the conduct and design of merely supported composite beams for energy and serviceability to AS 2327.1. The design technique for steady composite beams can also be lined.
The conduct and design of quick and slender composite columns beneath axial load and bending in accordance with Eurocode 4 are given in Chapter 10.
This chapter additionally presents the nonlinear inelastic evaluation of thin-walled concrete-filled metal tubular quick and slender beam-columns beneath axial load and biaxial bending.
Chapter 11 introduces the conduct and design of composite connections in accordance with AISC-LRFD specs, together with single-plate and tee shear connections, beam-to-composite column second connections, and semi-rigid composite connections.
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