Basic principles of plates and slabs for safer and more cost effective stuctures 1st Edition by Peter Lowe 0849396425 9780849396427
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Product details:
ISBN 10: 0849396425
ISBN 13: 978-0849396427
Author: Peter Lowe
Floor structures account for the majority of all structural material incorporated into a typical building and plate theories provide the information required to design them. This comprehensive book provides a wide-ranging account of the theoretical aspects of plate and slab theory – in essence structural floors – followed by a discussion of the construction and design of real plate and slab elements.
The early chapters discuss kinematics and statics, then the theories of elastic and plastic plates and slabs are developed and studied. The novel methods described are capable of providing ‘safe’ lower bounds on the collapse loads for a wide range of shapes and types of floor. Then follows a discussion of what criteria should be met by a construction method. These criteria are used to develop design principles for what is termed the ‘preferred method of construction’. Worked examples and exercises are provided throughout. The final sections include more lengthy exercises, an extensive, annotated bibliography and some brief historical notes on the evolution of the subject.
Basic principles of plates and slabs for safer and more cost effective stuctures 1st Table of contents:
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Introduction to Plates and Slabs
- Definitions and Key Concepts
- Importance in Structural Design
- Types of Plates and Slabs in Construction
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Basic Principles of Structural Behavior
- Bending and Shear in Plates and Slabs
- Stress Distribution and Load Carrying Capacity
- Flexural Rigidity and Ductility
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Design Considerations
- Load Types: Dead, Live, and Environmental Loads
- Support Conditions: Fixed, Simply Supported, Free Edges
- Edge Effects and Their Influence on Design
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Types of Plates and Slabs
- Flat Plates
- Ribbed Slabs
- Solid Slabs
- Hollow-core Slabs
- Two-way Slabs
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Analysis Methods
- Classical Plate Theory
- Finite Element Analysis (FEA) for Slabs and Plates
- Approximate Methods for Design
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Design Codes and Standards
- Local and International Codes for Plates and Slabs
- Material Selection Guidelines
- Safety Factors and Load Combinations
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Practical Aspects in Design and Construction
- Materials: Concrete, Steel, and Composite Slabs
- Detailing and Reinforcement Requirements
- Construction Techniques
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Optimization for Cost and Safety
- Cost-effective Design Strategies
- Balancing Safety with Material Efficiency
- Sustainable Practices in Plate and Slab Design
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Case Studies
- Real-world Applications in Buildings and Infrastructure
- Lessons Learned from Past Failures and Successes
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Future Trends and Innovations
- Advances in Materials and Technology
- Computational Methods and Design Automation
- Sustainable Design Solutions
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