The GUNT Forces in a Howe Truss setup provides precise experiments on single-plane trusses, widely used in halls, bridges, cranes, pylons, and masts due to their lightweight yet rigid construction. The setup allows investigation of compression and tension forces in the bars without bending effects.
Product Features
- Experiments on single-plane Howe trusses with high measurement accuracy.
- Ready assembled truss mounted horizontally on a frame to minimize dead weight influence.
- Bars connected by hinged node disks to simulate an ideal truss behavior.
- External forces applied via a threaded spindle, adjustable in direction and position.
- Strain gauge measurement records forces occurring on the truss bars.
- All measuring points collected in a connection box linked to the measuring amplifier FL 152.
- Dedicated software manages measurement data and provides graphical visualization of bar forces.
- Software includes a comprehensive help function for user guidance.
- Additional truss model available for extended experiments: Warren type truss (accessory).
Benefits
- Enables accurate analysis of force distribution in lightweight truss structures.
- Horizontal setup reduces experimental errors due to dead weight.
- Comprehensive data acquisition and visualization enhance learning and analysis.
- Modular setup allows extension with additional truss types for broader experimentation.
- Ideal for civil engineering education and research on structural mechanics.
Why Choose the GUNT Forces in a Howe Truss Setup?
This setup offers hands-on experience with real-world truss behavior using precise strain gauge technology and user-friendly software. It is an excellent training tool for students and professionals studying structural forces in civil and mechanical engineering.
