TY  - GEN
AU  - Jones, D. Trevor
TI  - Analysis and design of structures : a practical guide to modeling
SN  - 9781934493151
U1  - 620.00420285 
PY  - 2013///
CY  - Pennsylvania
PB  - Bentley Institute Press
KW  -  
N1  - Contents
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

ER  -