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Structural Mechanics @ BSc Civil Engineering

Welcome!

  • Introduction

Subjects

  • Statics
    • Model
      • Elements
      • Coordinate system
      • Loads
      • Torsional loads
      • Section forces
      • Section forces: torsion
      • Supports
      • Hinges
      • Free body diagrams
      • Structures
      • Displacement of rigid bodies in a mechanism
    • Differential equations for equilibrium relations
      • … for extension
      • … for bending
      • … for cables
      • … for torsion
    • Virtual work
    • Resolution of forces
    • Solve equilibrium
      • … of a planar particle
      • … of a 3D-particle
      • … of a body
      • … of a 3D-body
      • … of a body in torsion
    • Solve support reactions for statically determinate structures
      • … using equilibrium
    • Solve section forces truss structure
      • … with zero-force members
      • … using equilibrium in a specific cross-section
    • Solve section forces frame structures
      • … using equilibrium in a specific cross-section
      • Diagrams
        • Oefeningen scharnieriggers
        • Oefeningen ingeklemde liggers
      • … using differential equations
    • Solve section forces and shape cable
      • … using equilibrium in a specific cross-section
      • … using differential equations
    • Solve section forces torsion structures
      • … using equilibrium in a specific cross-section
      • Diagrams
      • … using differential equations
    • Solve structures using virtual work
  • Stresses and displacements
    • Model
      • Normal stress-strain relations
      • Shear stress-strain diagram
      • Fibre model
      • Small rotations bar element
    • Cross-sectional properties
      • Static moment, centroid and normal force centre
      • Second moment of area and Section modulus
      • Polar moment of inertia
      • Torsional moment of inertia thin-walled tubes
      • Shear force centre
      • Core of a cross-section
    • Strain diagram
      • … for extension
      • … for bending
      • … for torsion
    • Kinematic relations
      • … for extension
      • … for bending
      • … for torsion in circular cross-sections and thin-walled tubes
    • Constitutive relations
      • … for extension
      • … for bending
      • … for torsion
      • … for temperature influences
    • Solve stresses in an extension element
      • Normal stresses
    • Solve stresses in a bending element
      • Normal stresses
      • Shear stresses
    • Solve stresses in a torsional element
      • … in a thin-walled circular cross-section
      • … in solid circular bars and thick-walled circular tubes
      • … in a closed thin-walled non-circular cross-section
      • … in open thin-walled cross-sections
      • … for various cross-sections in combination with shear force
    • Solve displacements truss structures
      • … using constitutive equation
      • … using differential equations
      • … using Williot
    • Solve displacements frame structures
      • … using differential equations
      • … using forget-me-nots
    • Solve displacements circular and thin-walled tubes for structures in torsion
      • … using constitutive equation
      • … using differential equations
    • Solve displacements statically determinate structures subjected to temperature influences
  • Statically indeterminate structures
    • Static Indeterminacy
    • Apply force method
      • … for truss structures
      • … voor balkconstructies
      • … voor raamwerkconstructies
    • Apply displacement method with statically unknown displacements
    • Apply displacement method with degrees of freedom
    • Apply matrix method
    • Solve structures subjected to support settlement
    • Solve structures subjected to stiffness influences
    • Doorrekenen van constructies onder invloed van temperatuur
  • Continuum mechanics
    • Model
      • Stresses in 3D
      • Strains in 2D
      • Tensors
      • Stress-Strain relations
    • Transformations
      • Analytical
      • Graphical
    • Failure
  • Buckling
  • Tools
    • SymPy in general
    • SymPy for solving Euler-Bernoulli
    • Matrixframe
    • Stelsel vergelijkingen oplossen met een grafische rekenmachine

Miscellaneous

  • Bibliography
  • Index
  • Credits and License
  • Repository
  • Suggest edit
  • Open issue
  • .md

Statics

Statics#

This chapter includes the following topics:

  • Model
    • Elements
    • Coordinate system
    • Loads
    • Torsional loads
    • Section forces
    • Section forces: torsion
    • Supports
    • Hinges
    • Free body diagrams
    • Structures
    • Displacement of rigid bodies in a mechanism
  • Differential equations for equilibrium relations
    • … for extension
    • … for bending
    • … for cables
    • … for torsion
  • Virtual work
  • Resolution of forces
  • Solve equilibrium
    • … of a planar particle
    • … of a 3D-particle
    • … of a body
    • … of a 3D-body
    • … of a body in torsion
  • Solve support reactions for statically determinate structures
    • … using equilibrium
  • Solve section forces truss structure
    • … with zero-force members
    • … using equilibrium in a specific cross-section
  • Solve section forces frame structures
    • … using equilibrium in a specific cross-section
    • Diagrams
    • … using differential equations
  • Solve section forces and shape cable
    • … using equilibrium in a specific cross-section
    • … using differential equations
  • Solve section forces torsion structures
    • … using equilibrium in a specific cross-section
    • Diagrams
    • … using differential equations
  • Solve structures using virtual work

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Introduction

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Model

By Tom van Woudenberg from Delft University of Technology, built with TeachBooks and Jupyter Book, CC BY 4.0

Last updated on August 8, 2024.