The GUNT Beam on Two Supports Experiment investigates the effects of forces on a rigid body in static equilibrium, focusing on shear force and bending moment diagrams. It demonstrates fundamental statics principles by analyzing a statically determinate beam subjected to point loads.
Product Features
- Studies statics by observing forces acting on a rigid beam, assuming no deformation occurs
- Investigates a statically determinate beam mounted on two supports subjected to point loads
- Beam is cut at one point with a low-friction hinge allowing two degrees of freedom
- Two force gauges measure internal reactions to externally applied forces at the cut section
- Shear force is recorded and displayed directly by one force gauge
- Bending moment at the section is measured by a second force gauge acting on a fixed lever arm
- Adjuster nuts on the force gauges allow horizontal alignment and deflection compensation of the beam
- Experiment evaluation reveals shear force is mostly negligible compared to bending moment in component design
- All experimental components are clearly laid out and securely stored in a storage system
- The complete setup is arranged on a robust frame for stability and ease of use
Benefits
- Provides hands-on learning of internal shear forces and bending moments in beams
- Enables practical understanding of statics and equilibrium in structural components
- Accurate force measurement with low-friction hinges and precision force gauges
- Adjustable setup allows precise beam alignment and deflection correction
- Organized and durable design supports long-term laboratory use
Why Choose the GUNT Beam on Two Supports Experiment?
This experiment is an excellent tool for understanding shear forces and bending moments in beams under load. Its precise instrumentation and flexible setup make it ideal for mechanical engineering education and structural analysis laboratories.
