The document discusses categories of loads and lateral load resisting systems. It describes various types of loads that buildings must resist including wind, earthquake, dead and live loads. It then categorizes lateral load resisting systems into vertical load systems, lateral load systems, and special elements. Specific lateral load resisting systems mentioned include shear walls, coupled shear walls, frames, braced frames, rigid frames, infilled frames, and tubular systems.

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LATERAL LOAD RESISTINGLATERAL LOAD RESISTING
SYSTEMSSYSTEMS

2. Wind Loads
Vertical Loads
Lateral Loads
Other Loads
Earthquake Loads
Earth Pressure
Dead Loads
Live Loads
Differential Settlement
Temperature
Changes
Impact
Vibrations
CATEGORIES OF LOADS

3. Vertical Load System
Lateral Load System
Special Elements
Floor Slab Systems
Beams & Frames
Columns & Walls
CATEGORIES OF SYSTEMS
Foundation
Shear Walls & Coupled Shear Walls
Cores
Frames and Tabular frames
In addition to all Vertical Load Systems
Tanks & Swimming Pools
Ramps & Stairs
Different Machinery Foundation
Shoring & Retaining Walls

4. Vertical Elements
Horizontal Elements
(Framing)
Foundation
Columns
Walls
Bracing
CATEGORIES OF SYSTEMS
Slabs
Beams
Transfers
Footing & Raft
Pile Caps
Piles
Details Tanks & Swimming Pools
Ramps & Stairs
Different Machinery Foundation

5. SHEARFRAMES
Braced Frames
Rigid Frames
Infilled Frames

6. INTERACTING SYSTEMS
Shear Walls
Coupled Shear Walls
Shear wall – Frame Interaction
Outrigger Braced Systems

7. TUBULARSYSTEMS
Framed Tubes
Tube in Tube
Braced Tube

8. OTHERSYSTEMS
Suspended Systems
Core Only Systems
Space Systems
Hybrid Systems