Design of shear wall؛طراحی دیواربرشی

لیست کامل مطالب داخل این پاورپوینت:

• The Basic Issues
• Shear Wall – Common Misconceptions
• Shear Wall or Column
• Shear Wall or Frame
• Shear Wall and Frame Behavior
• Shear Wall and Truss Behavior
• Shear Wall and Frame
• Shear Wall and Frame Interaction
• Frame and Frame-Shear Wall
• Shear Wall and Frame Interaction
• The Basic Behavior of Shear Walls, Frames and Shear Wall-Frames
• Case Studies: Shear Wall–Frame Interaction
• Case 1: Shear Wall–Frame Interaction
• Case 2: Shear Wall–Frame Interaction
• Case 3: Shear Wall–Frame Interaction
• Case 4: Shear Wall–Frame Interaction
• Case 5: Shear Wall–Frame Interaction
• Case 6: Shear Wall–Frame Interaction
• Case 7: Shear Wall–Frame Interaction
• Case 8: Shear Wall–Frame Interaction
• Case 9: Shear Wall–Frame Interaction
• Shear Wall–Frame Interaction
• Change in Shear Wall Moments
• Coupling Element Moments
• Shear Wall-Frame Load Distribution Curves
• Deflected Shape of Shear Wall-Frame Interactive System
• Comparison of Shears and Moments in the Core wall
• Comparison of… : Type A
• Comparison of… : Type B
• Comparison of… : Type C
• Comparison of… : Type D
• Comparison of Shears and Moments in the Core wall
• Wall-Frame Interaction: Key Conclusions
• Basic Types of Shear Walls
• Basic Modeling Options for Shear Walls
• Modeling of Walls using 1D Elements
• Frame Model for Planer Walls
• Frame Models for Cellular Walls
• Modeling Walls using 2D Elements
• Modeling Walls Using Membrane
• Modeling Walls using Shell Elements
• Using Incomplete Membrane Elements
• Using Complete Membrane Elements
• Connecting Walls to Slab
• Using Trusses to Model Shear Walls
• Truss Model for Shear Walls
• How to Construct Truss Models
• Openings in Shear Walls
• Openings in Shear Walls – Cellular
• Openings in Shear Walls – Planer
• Modeling Walls with Opening
• Frame Model of Shear Walls
• Using Beam-Column to Model Shear Walls
• Shear Wall Design –Meshing
• Modeling Shear Walls Using Shell Elements
• Modeling Shear Walls Using Beam Elements
• Comparison of Behavior
• Comparison of Behavior (5 Floors)
• Comparison of Behavior (15 Floors)
• Comparison of Behavior (25 Floors)
• Effect of Shear Wall Location
• Modeling of Shear WallsIn ETABS
• Shear Wall Design – Using ETABS
• Shear Wall Design –Meshing
• Shear Wall Design – Pier Zones
• Shear Wall Design – Spandrel Zones
• Concrete Shear Wall Design
• Interaction Surface for Shear Walls
• Concrete Shear Wall Design
• Shear Wall – Typical Design Process
• Shear Wall Design – Output
• The Basic Issues
• Avoid Eccentricity in Plan
• Reduce In-plane Bending in Floor
• Vertical Irregularity
• Using Efficient Building Plan Shape
• Design of Shear Walls
• Axial Stresses in Planer Walls
• Axial Stresses in Cellular Walls
• Getting Result from Frame Model
• Getting Results from Truss Model
• Getting Results From Shell Model
• Interaction Curves – Uniaxial
• Interaction Surface – Biaxial
• Interaction Surface and Curves
• Narrow Planner Walls
• Cellular Wall – No Opening
• Single Cell Walls
• Double Cell Walls
• Designing as Axial Zones
• Axial Zone Model – Planer Wall
• Axial Zones for Box Wall
• Shear Design of Pier
• ACI Equations for Pier Design
• Shear Design for Spandrel
• ACI Equations for Spandrel Design
• Notations for Shear Design
• Wall Section
• Effect of Rebar Layout
• Rebar Detailing For Openings
• Slenderness of Columns
• Complexity in the Column Design
• What is Slenderness Effect
• Factors Effecting Slenderness Effect
• ACI Moment Magnification Summary
• What is Sway …
• … More on Sway
• Calculation of d_ns (Non-Sway)
• The C_m Factor
• More about C_m Factor
• Effective Length Factor, K
• … Determination of K
• … More about Factor K
• Determination of Stiffness EI
• Slenderness procedure for Buildings
• BS Moment Magnification
• Calculation of Deflection a_u
• Some Special Cases