Loads On Building Structures
Preview
Dead Loads
Occupancy Loads On Buildings
Snow Loads On Buildings
Dead Loads
Live Loads
Live Load Reduction
Construction Loads
Lateral Soil Load
Snow, Rain, And Ice Loads
Thermal And Settlement Loads
Self-Straining Forces
Dynamic Loads
Abnormal Loads
Explosion Effects
Floods
Vehicle Impact Loads
Classification Of Buildings, Risk Categories, And Importance Factors
Wind Loads
Preview
Description Of Wind Forces
Types Of Wind Storms
Straight-Line Wind
Down-Slope Wind
Downburst
Northeastern Winds
Thunderstorm
Hurricane
Tornado
Statistical Likelihood Of Natural Hazards
Probabilistic Approach In Wind Engineering
Wind/Building Interactions
Exposure Categories
Basic Wind Speed
Building Height
Internal Pressure
Aerodynamic Pressure
Probability Of Occurrence
Routine Winds
Stronger Winds
Design Level Winds
Tornadoes
Tall Building Design Steel Concrete And Composite Systems
Behavior Of Tall Buildings Subjected To Wind
Properties Of The Mean Wind Loads
Variation Of Wind Velocity With Height
Wind Turbulence
Action Of Wind On Tall Buildings
Dynamic Action Of Wind
Buffeting Due To Vortex Shedding
Aerodynamic Damping
Design Criteria For Wind
Building Sway
Scope, Effectiveness, And Limitations Of Building Codes
Scope
Effectiveness
Limitations
ASCE – Wind Load Provisions, Overview
Design Wind Loads For Main Wind-Force-Resisting Systems
Design Wind Pressures For Components And Cladding
Distribution Of Pressures And Suctions


Local Cladding Loads And Overall Design Loads
Comments On ASCE – Wind Provisions
Earthquake Effects On Buildings
Preview
Inertial Forces And Acceleration
Duration, Velocity, And Displacement
Acceleration Amplification Due To Soft Soil
Natural Periods
Building Resonance
Site Response Spectrum
Damping
Ductility
Earthquakes And Other Geologic Hazards
Earthquake Measurements
Determination Of Local Earthquake Hazards
Probabilistic Seismic Hazard Analysis
Range Of Earthquake Performance Criteria
Nonstructural Components
Response Of Elements Attached To Buildings
Seismic Analysis Procedures
Equivalent Lateral Force Procedure
Linear Dynamic Analysis Topography
System Selection
Elastic Behavior
Postelastic Behavior
Cyclic Behavior
Tall Building Design Steel Concrete And Composite Systems
Seismic Issues Due To Configuration Irregularities
Vertical Lateral-Load-Resisting Systems
Shear Walls
Braced Frames
Moment-Resistant Frames
Diaphragms
Collectors
Role Of Diaphragms
Types Of Diaphragms
Diaphragm Design Procedures
Shear Transfer From Diaphragm To VLLRS
Modeling Of Rigid Diaphragms
Optimizing Structural Configuration
Effects Of Configuration Irregularity
Stress Concentrations
Torsion
Configuration Irregularities In Seismic Standards
Four Serious Configuration Conditions
Soft And Weak Stories
Discontinuous Shear Walls
Variations In Perimeter Strength And Stiffness
Reentrant Corners
Other Seismic Issues
P-Delta Effect
Tall Building Design Steel Concrete And Composite Systems
Strong Beam, Weak Column
Setbacks And Planes Of Weakness
Earthquake Collapse Patterns
Unintended Addition Of Stiffness
Inadequate Beam–Column Joint Strength
Tension/Compression Failures
Wall-To-Roof Connection Failure
Local Column Failure
Heavy Floor Collapse
Torsion Effects
Soft-Story Collapse
Midstory Collapse
Pounding
Conclusions
Structural Dynamic
Dynamic Loads
Concept Of Dynamic Load Factor


Difference Between Static And Dynamic Analyses
Dynamic Effects Due To Wind Gusts
Characteristics Of A Dynamic Problem
Multiple Strategy Of Seismic Design
Example Of Portal Frame Subject To Ground Motions
Concept Of Dynamic Equilibrium
Free Vibrations
Earthquake Excitation
Hysteresis Loop
Seismology
Seismic Design Considerations
Seismic Response Of Buildings
Building Motions And Deflections
Building Drift And Separation
Adjacent Buildings
Continuous Load Path
Building Configuration
Influence Of Soil
Ductility
Redundancy
Damping
Diaphragms
Strategies To Reduce Seismic Hazards
Strategies To Improve Building Seismic Performance
Tall Building Design Steel Concrete And Composite Systems
Steel-Concrete Composite Structures In India
Steel Concrete And Composite Design Of Tall Buildings
A Construction Company Builds A Concrete Ramp As Shown
Composite Construction Design For Buildings
A Tall Building
Composite Steel Construction
Concrete Steel Composite Structure
D-Built Construction
Etabs Concrete Column Design
Etabs Composite Beam Design Manual
Steel Composite Construction
G T Concrete
General Steel Construction
G & G Concrete And Construction Inc
H & H Steel Buildings
H D Concrete Construction
J Steel Construction
J & T Concrete Construction
J T Concrete
K Building Design
K Team Construction
K Construction Alta Vista Ks
L Stacks Construction
M Steel Buildings
Steel Buildings
Tall Building Design Steel Concrete And Composite Systems
Quality Steel Construction
Quality Steel Structures
Ramstad Construction Colton Sd
R J Steele Construction
Structural Design Of Tall Steel Buildings
T Steel Construction
U-Build Construction Llc
Composite Steel Deck Concrete Floor Systems
X Steel Construction
Z Design Construction Inc
Z Concrete Construction
Tall Wood Buildings Design Construction And Performance
Steel Building With Concrete Slab
2 Composite Steel Deck
3 Composite Steel Deck
4 Steel Concrete Forms