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Investigation of Simple Stability Problems

Investigation of Simple Stability Problems

Product Details:

  • Type Engineering Lab Equipment
  • Application Lab Equipment
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Product Specifications

  • Engineering Lab Equipment
  • Lab Equipment

Product Description

Buckling Is A Stability Problem Which Occurs In PracticeWhen Slim Components Are Subjected To Compressive Loading. Following A DisturbanceTo Its Equilibrium, Such As Caused By Compressive Loading, A Stable SystemReturns To Equilibrium When The Loading Is Removed. If The Compressive LoadIncreases Excessively, Instability Of The System Results. The Component BucklesAnd Fails. The Critical Compressive Load At Which The System Becomes UnstableIs Termed The Buckling Force. A Simple Model For Representing StabilityProblems Is A Two-Part Bar With An Elastic Joint Which Remains Stable Up To ACertain Load Level. If The Buckling Force Is Exceeded, The Bar Suddenly BucklesAnd So Becomes Unstable. Is Used To Investigate Simple Stability Problems On ABuckling Bar Under Different Conditions. The Buckling Bar Is In Two Parts, WithA Central Articulated Joint. A Compressive Load Is Applied To The Bar By ALever And Weights. The Continuously Variable Loading Is Determined PreciselyWith The Aid Of A Scale On The Load Application Lever.

  • Investigation of the Buckling Load underDifferent Conditions (Elastic Joint, Elastic Fixed End)
  • Two-Part Buckling Bar with Central Joint
  • Loading Continuously Variable with Lever andWeights
  • Determination of Loading via Scale On LoadApplication Lever
  • Various Degrees of Clamping Via Leaf SpringWith Variable Length On Bottom Support
  • Thrust Pad Guided Friction-Free InsideSpherical Shell
  • Low-Friction Joints with Roller Bearings
  • Device to Generate Shear Forces


  • Representation of Simple Stability ProblemsOn A Buckling Bar
  • Determination of The Buckling Load UnderDifferent Conditions
  • Continuously VariableLoad Application On The Buckling Bar