This runs from basic principles and elementary structural analysis to the selection of structural systems and materials, and on to foundations and retaining structures, with a variety of approaches and methodologies, and realistic design examples. It is especially useful for the NCEES SE exam.
This runs from basic principles and elementary structural analysis to the selection of structural systems and materials, and on to foundations and retaining structures, with a variety of approaches and methodologies, and realistic design examples. It is especially useful for the NCEES SE exam.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Dominick Pilla is an engineer and architect, in both private practice and as an Associate Professor in the School of Architecture at The City College of New York, USA.
Inhaltsangabe
1. Minimum Design Loads for Buildings 1.1 Loads 1.2 Dead Loads 1.3 Live Loads 1.3.1 Reduction in Uniform Live loads 1.4 Snow Loads 1.4.1 Flat roof Snow Loads 1.4.2 Minimum Snow Load 1.4.3 Snow Drifts on Lower Roof 1.5 Thermal Loading 1.6 Forces and Loads Due to Soil Pressures 1.6.1 Active and Passive Lateral Pressure 1.6.2 Static Lateral Soil Pressure 1.6.3 Hydrostatic Pressure 1.6.4 Bearing Pressure 2. Wind and Seismic Forces Applied to Buildings 2.1 Lateral Loads 2.2 Wind Loads 2.3 Horizontal Seismic Loads 2.4 Vertical Seismic Load Effect 3. Lateral force Distribution 3.1 Wall Rigidities 3.2 Relative Rigidity Force Distribution (Rigid Diaphragm Analysis) 3.2.1 Center of Mass 3.2.2 Center of Rigidity 3.2.3 Polar Moment of Inertia 3.2.4 Eccentricity 3.2.5 Wall Shears (Direct and Torsional) 3.2.6 Design Wall Shears 3.3 Flexible Diaphragms 3.4 Seismic Static Force Procedure 3.4.1 Equivalent Lateral Force Method 3.5 Horizontal and Vertical Irregularities 4. Methods 4.1 Frame Analysis by Approximate Methods 4.1.1 Analysis of Building Frames for Vertical Loads 4.1.2 Analysis of Building Frames for Lateral Loads 5. Design and Detailing of Structures 5.1 Lateral Force Resisting Systems 5.1.1 Bearing Wall Systems 5.1.2 Building Frame Systems 5.1.3 Moment Resisting Frame Systems 5.1.4 Dual Systems with Special Moment Frames 5.1.5 Dual Systems with Intermediate Moment Frames 5.1.6 Cantilever Column System 5.2 Load Combinations 5.3 Building Drift 5.4 Redundancy Factors 5.5 Overstrength 5.6 Structural systems Integration 6. Steel 6.1 Introduction to Lateral Steel Design 6.2 Special Concentrically Braced Frames 6.2.1 Brace Design 6.2.2 Frame Design 6.2.3 Column Design 6.2.4 Beam Design 7. Concrete 7.1 Introduction to Lateral Concrete Design 7.2 Shear Wall Systems 7.3 Moment Frame Systems 8. Wood 8.1 Introduction to Lateral Wood Design 8.2 Plywood Diaphragm Design 8.3 Shear Walls and Collectors 9. Masonry 9.1 Introduction to Lateral Masonry Design 9.2 Building Wall Design for In-Plane Loads 9.3 Building Wall Design for Out-of-Plane Loads 10. Foundations and Retaining Structures 10.1 Types of Foundations 10.2 Spread Footings 10.2.1 Concentrically Loaded Footings 10.2.2 Eccentrically Loaded Footings 10.3 Mat-Slab Foundations 10.3.1 Combined Footing 10.4 Deep Foundations 10.4.1 Pile Caps 10.5 Retaining Structures 10.5.1 Foundation Walls 10.5.2 Free Standing Cantilevered Retaining Walls 11. Structural Review of Construction 11.1 Construction Administration 11.2 Special Inspections and Structural Observations
1. Minimum Design Loads for Buildings 1.1 Loads 1.2 Dead Loads 1.3 Live Loads 1.3.1 Reduction in Uniform Live loads 1.4 Snow Loads 1.4.1 Flat roof Snow Loads 1.4.2 Minimum Snow Load 1.4.3 Snow Drifts on Lower Roof 1.5 Thermal Loading 1.6 Forces and Loads Due to Soil Pressures 1.6.1 Active and Passive Lateral Pressure 1.6.2 Static Lateral Soil Pressure 1.6.3 Hydrostatic Pressure 1.6.4 Bearing Pressure 2. Wind and Seismic Forces Applied to Buildings 2.1 Lateral Loads 2.2 Wind Loads 2.3 Horizontal Seismic Loads 2.4 Vertical Seismic Load Effect 3. Lateral force Distribution 3.1 Wall Rigidities 3.2 Relative Rigidity Force Distribution (Rigid Diaphragm Analysis) 3.2.1 Center of Mass 3.2.2 Center of Rigidity 3.2.3 Polar Moment of Inertia 3.2.4 Eccentricity 3.2.5 Wall Shears (Direct and Torsional) 3.2.6 Design Wall Shears 3.3 Flexible Diaphragms 3.4 Seismic Static Force Procedure 3.4.1 Equivalent Lateral Force Method 3.5 Horizontal and Vertical Irregularities 4. Methods 4.1 Frame Analysis by Approximate Methods 4.1.1 Analysis of Building Frames for Vertical Loads 4.1.2 Analysis of Building Frames for Lateral Loads 5. Design and Detailing of Structures 5.1 Lateral Force Resisting Systems 5.1.1 Bearing Wall Systems 5.1.2 Building Frame Systems 5.1.3 Moment Resisting Frame Systems 5.1.4 Dual Systems with Special Moment Frames 5.1.5 Dual Systems with Intermediate Moment Frames 5.1.6 Cantilever Column System 5.2 Load Combinations 5.3 Building Drift 5.4 Redundancy Factors 5.5 Overstrength 5.6 Structural systems Integration 6. Steel 6.1 Introduction to Lateral Steel Design 6.2 Special Concentrically Braced Frames 6.2.1 Brace Design 6.2.2 Frame Design 6.2.3 Column Design 6.2.4 Beam Design 7. Concrete 7.1 Introduction to Lateral Concrete Design 7.2 Shear Wall Systems 7.3 Moment Frame Systems 8. Wood 8.1 Introduction to Lateral Wood Design 8.2 Plywood Diaphragm Design 8.3 Shear Walls and Collectors 9. Masonry 9.1 Introduction to Lateral Masonry Design 9.2 Building Wall Design for In-Plane Loads 9.3 Building Wall Design for Out-of-Plane Loads 10. Foundations and Retaining Structures 10.1 Types of Foundations 10.2 Spread Footings 10.2.1 Concentrically Loaded Footings 10.2.2 Eccentrically Loaded Footings 10.3 Mat-Slab Foundations 10.3.1 Combined Footing 10.4 Deep Foundations 10.4.1 Pile Caps 10.5 Retaining Structures 10.5.1 Foundation Walls 10.5.2 Free Standing Cantilevered Retaining Walls 11. Structural Review of Construction 11.1 Construction Administration 11.2 Special Inspections and Structural Observations
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