Beam equations: Difference between revisions

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== Notation ==
== Notation ==


* <tex>w(x)</tex> ... distributed load along the girder
* <math>w(x)</math> ... distributed load along the girder
* <tex>v</tex> ... deflection
* <math>v</math> ... deflection
* <tex>\theta</tex> ... slope of elastic curve
* <math>\theta</math> ... slope of elastic curve
* <tex>M</tex> ... moment
* <math>M</math> ... moment
* <tex>V</tex> ... shear
* <math>V</math> ... shear
* <tex>EI</tex> ... flexural rigidity
* <math>EI</math> ... flexural rigidity
 
== External links ==
 
* [http://virtual.cvut.cz/beams/ Beam Deflection formulas for cantiveler and simply supported beams]


{{Traditional Analysis Methods}}
{{Traditional Analysis Methods}}


[[Category:Beam]]
[[Category:Beam]]

Latest revision as of 02:41, 22 October 2024

Beam Theories

Notation

  • ... distributed load along the girder
  • ... deflection
  • ... slope of elastic curve
  • ... moment
  • ... shear
  • ... flexural rigidity

External links

 

Home > Topics > Traditional Analysis Methods e
Fundamentals Traditional analysis methods  · Section properties  · Mohr's Circle  · Interaction diagram
Theory Elasticity equations
Forces and Stresses Torsion  · Flexure  · Shear  · Principal stress
Basic Statics Beam equations  · Moment area method  · Vereschagin's rule  · Stiffness matrix  · Fixed end moments  · Determinate statics  · Indeterminate statics  · Maxwell's theorem of reciprocal displacements  · Betti's law
Influence lines  · Muller-Breslau principle
Basic Dynamics Damping  · Mass matrix  · Damping matrix
Energy Methods External work and strain energy  · Principle of work and energy  · Virtual work method  · Unit load method  · Castigliano's Theorem
Approximate Methods Moment distribution method
Graphical Cremona Diagram

See Also Computational analysis methods
Related Categories Traditional Analysis Methods