# Beam on Two Supports: Shear Force Diagram WP 961

## Beam on Two Supports: Shear Force Diagram

Type: | WP 961 |

Name: | Beam on Two Supports: Shear Force Diagram |

Categorie: |

WP 961 consists of a beam mounted on two supports which is subjected to point loads. The beam is cut at one point. At that point there is a low-friction hinge with one degree of freedom. The force gauge indicates the internal reaction (shear force) at this point on the beam. An adjuster nut on the force gauge is used to align the beam horizontally and balance out any deflection.

The reactions are determined from the static conditions of equilibrium. To investigate the effect of the point loads in the beam, it is notionally split into two segments. Applying the method of sections, the internal forces and moments are plotted onto the two segments and calculated by way of conditions of equilibrium.

equilibrium

- application of the method of sections to calculate the internal forces

* under a point load

* under multiple point loads

- calculation of the shear force diagram

- comparison of calculated and measured shear force values

the shear force

Specification [1] investigation of shear force on beam mounted on 2 supports

[2] measurement of shear force in beam by low-friction hinge with 1 degree of freedom

[3] position of hinge at 1/3 span

[4] 2 bearing supports

[5] loading of beam by 1 to 3 point loads

[6] force gauge to indicate shear force

[7] adjuster nut for horizontal alignment of beam

[8] storage system to house the components

Technical Data Beam

- total length: 1000mm, span: 800mm

Shear force measuring range: -50...+50N

Weights

- 3x 1N (hangers), 12x 1N, 9x 5N

- max. weight per hanger: 20N

Dimensions and Weight

LxWxH: 1400x320x600mm

Weight: approx. 35kg

LxWxH: 1170x480x178mm (storage system)

Weight: approx. 12kg (storage system)

Scope of Delivery 1 experimental unit, 1 set of weights, 1 steel rule, 1 storage system with foam inlay, 1 set of instructional material Order Details020.96100 WP 961 Beam on Two Supports:

Shear Force Diagram