The GUNT SE 110.44 - Deformation of Trusses is designed to study elastic deformation of single-plane trusses at specific points using Castigliano’s first theorem. It enables users to calculate and verify deformations in both statically determinate and indeterminate trusses, providing practical experience in structural analysis and energy methods.
Product Features
- Determines deformation of single-plane trusses at one point using Castigliano’s first theorem
- Trusses made of bars joined by articulated node disks
- Bars have snap-lock fixtures for easy assembly in node disks
- Load application device attached to a node disk generates external forces
- Three different truss forms can be constructed using provided bar lengths
- PVC bars allow clear visibility of deformations
- All components clearly laid out and securely housed in a storage system
- Complete experimental setup arranged in frame SE 112 for stability and usability
Benefits
- Provides practical understanding of elastic deformation in trusses
- Supports study of both statically determinate and indeterminate systems
- Enables verification of theoretical calculations with experimental results
- Ideal for civil, mechanical, and structural engineering education and training
Why Choose GUNT SE 110.44 - Deformation of Trusses?
The GUNT SE 110.44 - Deformation of Trusses offers a complete solution for studying point deformations in trusses using Castigliano’s theorem, making it ideal for structural analysis and engineering training.
