000			04185 a2200169 4500
999			_c56061 _d56061
020			_a9781934493151
082			_a620.00420285 _bJON
100			_aJones, D. Trevor _969785
245			_aAnalysis and design of structures : a practical guide to modeling
260			_aPennsylvania _bBentley Institute Press _c2013
300			_axii,266p.
505			_aContents Foreword vii Acknowledgments x About the Author xi CHAPTER 1 Structural Modeling Techniques and Guidelines 1 Geometry Modeling 4 Load Path Considerations 7 Diaphragm Modeling 13 Rigid Diaphragm 13 Flexible Diaphragm 15 "Real" Diaphragm 15 Torsion 22 Member Releases and Supports 25 CHAPTER2 Gravity Loads and Application 29 Load Items 29 Selfweight 29 Nodal Load 30 Member Load 31 Uniform Force 31 Varying Load 32 Area Load/Floor Load 34 Example-One-Way Distribution 35 Live load Reduction 38 Example-Live Load Reduction 39 Snow loads 41 Example-Mono-Slope Roof 42 Example-Gable Roof 45 CHAPTER 3 Wind Loads and Application 50 Gust Effect Factor 50 Example-Frequency Determination for Building 50 Open Structures 53 Example-Tower Wind Load Generation 53 Enclosed Structures 59 Example-Building Wind Load Generation 61 CHAPTER 4 Seismic Loads and Application 66 Equivalent lateral Force Procedure 66 Example-Base Shear ELFP 68 Reference loads 75 Torsion and Accidental Torsion 79 Modal Response Spectrum Analysis 83 Example-Base Shear Modal Response Spectrum Alanysis 83 Linear Seismic Response History Analysis 87 Example-Base Shear Time History 87 CHAPTER 5 Loads and Load Combinations 93 Organization of load Cases 93 Example-Load Cases and Combinations 94 Load Combinations and Repeat loads 95 Reference loads 98 Seismic load Combinations and the Overstrength Factor 100 Load Combination Generator 103 Example-Load Combination Generator 105 CHAPTER 6 Stability Analysis and Design 110 AISC Specification 110 Example-Calculation of Notional Loads 113 Example-Calculation of Notional Loads Using STAAD.Pro 114 First-Order Analysis Method 118 Example-First-Order Analysis Method 118 Equivalent Length Method 120 Direct Analysis Method 121 Example-Direct Analysis Method 122 Providing Member Stability 126 Example-Column Stability Evaluation 128 CHAPTER 7 Steel Member Design 130 Tension Members 130 Example-Single Angle in Tension 131 Verify Results Using STAAD.Pro 132 Compression Members 133 Example-W14 Column Evaluation 134 Verify Results Using STAAD.Pro 135 Example-W30 Column Torsional Buckling Evaluation 136 Verify Results Using STAAD.Pro 137 Flexural Members 138 Example-W21 Beam Flexure Evaluation 139 Verify Results Using STAAD.Pro 140 Shear Members 141 Example-W18 Beam Shear Evaluation 141 Verify Results Using STAAD.Pro 142 Members Designed for Combined Forces and Torsion 143 Example-W12 Collector Beam Evaluation 143 Steel Connections 145 Example-Extended End Plate 147 Example-Beam-Column and Base Plate 151 CHAPTER 8 Steel Structures 156 Design Criteria 157 Geometry Modeling 159 Load Cases 172 Load Combination 173 Steel Design 174 AISC 360-05 Parameters 176 Analysis Results 178 CHAPTER 9 Foundation Design 182 Isolated Spread Footings 182 Example-Spread Footing Design 183 Combined Footings 188 Pile Caps 190 Mat Foundation 192 Example-Mat Foundation Design 199 CHAPTER 10 Concrete Member Design 209 Design of Concrete Members for Bending 210 Example-Beam Design 211 Design of Concrete Members for Compression 216 Example-Column Design 217 Designing Concrete Slabs 221 Example-Slab Design 222 Design of Concrete Shear Walls 225 Example-Shear Wall Design 226 Checking Composite Slabs for Floor Vibration 231 Example-Floor Vibration Analysis 231 CHAPTER 11 Concrete Structures 235 ACI Specification 235 Structure Foundation Integration 236 Concrete Moment Frame 237 Design Criteria 238 Load Cases 239 Load Combinations 239 Concrete Design Parameters 240 POELTA Analysis Formats 244 Member Design 246 Beam Design Brief 248 Column Design Brief 250 Slab Design Brief 252 Index 263
600			_951307
890			_aUSA
891			_aGratis
942			_2ddc