Deformation of Frames
(ST - 010)

1.Mounting Frame 2.S-Shaped frame 3.Deflection roller 4.Gauge mounting bracket 5.Dial Gauge 6.Stanchion Camp Handle

  • Relationship between load applications and deformation on the frame
  • Differences between statically determinate and statically indeterminate frames
  • Familiarization with the first-order elasticity theory for statically determinate and indeterminate systems
  • Application of the principle of superposition
  • Application of the principle of virtual work on statically determinate and statically indeterminate frames
  • Determination of a deformation by the principle of virtual forces
  • Determination of a load by the principle of virtual displacement
  • Comparison of calculated and measured deformations
  • Deformation of Frames (ST-010)
  • Weights kit
  • Hard copy user manual

Deformation of frames training system tends to introduce the trainees to the deformation of the frames under point load. The trainer contains U-shaped and S-shaped frames.

                                     
  • The training system of deformation of frames is created by installing the deformation of frames kit into the mounting frame.
  • The weights used in the deformation of frames experiments are supplied in another separate kit
  • The training system includes U-shaped and
    S- shaped frames, to allow the trainees to perform experiments and calculate the deformation of two different kinds of the frame.
  • The deformation of the frames kit contains two gauges and all of its mounting supports.
  • The frame is placed under load by weights. The load application points are movable. Two dial gauges record the deformations of the frame under load.
  • The deformation of the frames kit is equipped with support bases, mounting brackets and Locking handles.
  • All the component elements of the experiment are laid-out and housed securely in a storage system.
  • The complete experimental can be setup on the mounting frame.