STRUCTURAL DESIGN THEORY. Sabah Shawkat
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Structural Design Theory Author: Sabah Shawkat
STRUCTURAL ENGINEERING ROOM
Department of Architecture
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Verification of Stress - Concrete vs Reinforcement
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FRC and HPRC
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Pull Out Testing in FRC
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Fibre Reinforced Concrete
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Mechanical Properties - Diagrams of Concrete and FRC
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Diagrams of Traditional Reinforced Concrete and High Performance Concrete
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Mechanical Properties - Diagrams of Concrete and FRC
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Mechanical Properties - Diagrams of Concrete and FRC
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Mechanical Properties - Diagrams of Pullout Testing
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Mechanical Properties - Diagrams of FRC
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Mechanical Properties - Diagrams of FRC
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Mechanical Properties - Diagrams of FRC
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Distrubution of Forces
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Design of RC and Precast Columns
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Presstres Concrete Beams
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Presstres Concrete Beams
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Concrete Structures - Shear Walls
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RC Slabs
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Method for Determination of Deflection and Energy in RCB
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Concrete Structures - Shear Walls
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RC Corner Column - Beam Connections
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Determination of Reinforcement in RCM
25 Diagram ξ vs Φ
Diagram ξ vs Δ
Diagram ξ vs Γ
Diagram ξ vs Ψ
Diagrams for Shearing Walls
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Conditions of Deflection in RCM
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Different Types of RC Slabs
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Different Punching Shapes of RC Footings
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Diagrams of Reinforcement for RC Columns
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Determination of Reinforcement to RC Members
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Determination of Reinforcement to RC Members
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Determination of Reinforcement to RC Members in Graphs
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Interaction Diagrams of RC Members
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Calculation of Bending Moments and Shear Forces on RCM
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Dimensioning of Cross-Sections
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Dimensioning of Cross-Sections
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Dimensioning of Cross-Sections
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Dimensioning of Cross-Sections
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Dimensioning of Cross-Sections
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Investigation of RC and PC Beams
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Problem of Shear and Deflection of RC Beams
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Investigation of Cracks Developement in RC Beams
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RC Foundations
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RC Foundations
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RC Foundations
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RC Stairs and Shear Walls
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Precast Structure Realisations
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Precast Installation
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Precast Installation and the Effect of Horizontal Forces on Frames
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Effect of Horizontal Forces on Building
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Precast Installation
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The Effect of Horizontal Forces (Wind Speed) on Structures
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RC and Composite RC Beams
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Conjugate Beams Method
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RC Box Girders
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Beam Elements Subjected to Temperature Load
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Bridges
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Cable Stay and Suspension Bridge
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Details of Membrane Structures
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Membrane Structures
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Frame Structures
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General Design Process
Structures Subjected to Compression , Tension and Bending
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Tensegrity foot Bridge over Morava river- Design systems- Parametric Modelling
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Tensegrity foot Bridge over Morava river- Design systems- Parametric Modelling
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Tensegrity foot Bridge over Morava river- Design systems- Parametric Modelling
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Tensegrity foot Bridge over Morava river- Design systems- Parametric Modelling
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Tensegrity foot Bridge over Morava river- Design systems- Parametric Modelling
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Tensegrity foot Bridge over Morava river - Design systems - Parametric Modelling
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Tensegrity foot Bridge over Morava river- Design systems- Parametric Modelling
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Tensegrity foot Bridge over Morava river- Design systems- Parametric Modelling
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Tensegrity dome - Design systems - Parametric Modeling
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Tensegrity dome - Design systems - Parametric Modelling
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Details of Fastening to Steel Column
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Details of Fastening to Steel Column
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Composite Slabs - Steel Beams vs RC
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Composite Slabs - Using Sheet Metal Profile
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Details of Fastening - Sheet Metal Profiles
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Holow Steel Profiles
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Buckling Resistance
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Buckling Resistance
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Buckling Resistance
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The Critical Load and Buckling Lenght According to Eulers
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Calculation of Slenderness Ratio and Buckling the Web of Beams
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Buckling Lenght of Columns
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Graph Illustrated Shearing Forces vs Depth of the Beam
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Caculation of Bending Moment due to Uniform Load and Concentrated Load
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Classification of Cross-Sections
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Classification of Cross-Sections
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Classification of Cross-Sections
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Classification of Cross-Sections
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Effective Depth of Compression Elements
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Classification of Cross-Sections
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Types of Steel Joints
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Types of Steel Joints
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Types of Steel Joints
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Types of Steel Joints
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Types of Splice Joints
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Joint to the Foundation
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Joint to the Foundation
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Joint to the Foundation
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Development of Temperature in Hollow Section
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Development of Temperature in Hollow Section
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Development of Temperature in Hollow Section
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Structural Actions
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Structural Actions
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Structural Actions