Elementary Structural Analysis and Design of Buildings By Dominick R. Pilla
Contents:
1 Minimum design loads for buildings
2 Wind and seismic forces applied to buildings
3 Lateral force distribution
4 Methods
5 Designing and detailing of structures
6 Steel
7 Concrete
8 Wood
9 Masonry
10 Foundations and retaining structures
11 Structural review of construction
Preface:
This book is an introduction to the process of building engineering as performed by professional structural engineers. To gain the required knowledge and to properly engineer buildings, it is common to be formally educated in engineering, and then to take part in an apprenticeship as a junior engineer where the professional practice is learned during work experience. The junior engineer is taught to navigate the facets of building design by applying those principles taught at school with professional practice standards. This book allows the reader to link the theory with practice and illustrates typical applications used in every day practice. The process presented in this book covers industry standard applications and interpretations of required building codes as well as the use of building code-adopted design references for the analysis and design of buildings. While the material presented in this book is at an elementary level, its example-based presentation is at a professional level and can be thought of as a simple road map for similar contextual situations.
Building design is often thought to consist of those systems that are gravity supporting, such as columns and beams, and lateral resisting, such as shear walls and frames. It is the lateral forces, speci‡cally the seismic requirements due to the anticipated seismic forces, which limit the structural system selection and dictate the required detailing for a building. For this reason, the subject matter discussed in this book is largely based on the lateral system analysis and design of buildings. The process of professionally engineering a building must address the following topics:
• Minimum design loads for buildings
• Wind and seismic forces applied to buildings
• Lateral force distribution
• Discussion of simpli‡ed analysis methods
• Design and detailing of structures
• Steel, concrete, wood, and masonry lateral systems
• Foundations and retaining structures
A brief discussion of building code requirements pertaining to structural inspections is also covered in this book to give the reader an appreciation of the required quality control measures to ensure a properly built structural system. This book is not intended to be all inclusive in regard to the principles and practice of engineering design of buildings. It is meant to provide a linear progression of concepts and how they ‡t within the design process. The reader is assumed to have a basic working knowledge of design and is encouraged to use the codes and design standards referenced in this book in conjunction with completing the problems presented. The objective is to gain the confidence to apply these principles to the other structural systems not discussed.
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Contents:
1 Minimum design loads for buildings
2 Wind and seismic forces applied to buildings
3 Lateral force distribution
4 Methods
5 Designing and detailing of structures
6 Steel
7 Concrete
8 Wood
9 Masonry
10 Foundations and retaining structures
11 Structural review of construction
Preface:
This book is an introduction to the process of building engineering as performed by professional structural engineers. To gain the required knowledge and to properly engineer buildings, it is common to be formally educated in engineering, and then to take part in an apprenticeship as a junior engineer where the professional practice is learned during work experience. The junior engineer is taught to navigate the facets of building design by applying those principles taught at school with professional practice standards. This book allows the reader to link the theory with practice and illustrates typical applications used in every day practice. The process presented in this book covers industry standard applications and interpretations of required building codes as well as the use of building code-adopted design references for the analysis and design of buildings. While the material presented in this book is at an elementary level, its example-based presentation is at a professional level and can be thought of as a simple road map for similar contextual situations.
Building design is often thought to consist of those systems that are gravity supporting, such as columns and beams, and lateral resisting, such as shear walls and frames. It is the lateral forces, speci‡cally the seismic requirements due to the anticipated seismic forces, which limit the structural system selection and dictate the required detailing for a building. For this reason, the subject matter discussed in this book is largely based on the lateral system analysis and design of buildings. The process of professionally engineering a building must address the following topics:
• Minimum design loads for buildings
• Wind and seismic forces applied to buildings
• Lateral force distribution
• Discussion of simpli‡ed analysis methods
• Design and detailing of structures
• Steel, concrete, wood, and masonry lateral systems
• Foundations and retaining structures
A brief discussion of building code requirements pertaining to structural inspections is also covered in this book to give the reader an appreciation of the required quality control measures to ensure a properly built structural system. This book is not intended to be all inclusive in regard to the principles and practice of engineering design of buildings. It is meant to provide a linear progression of concepts and how they ‡t within the design process. The reader is assumed to have a basic working knowledge of design and is encouraged to use the codes and design standards referenced in this book in conjunction with completing the problems presented. The objective is to gain the confidence to apply these principles to the other structural systems not discussed.
Download Link
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