Deformation of trusses Deluxe

When a component is placed under load it undergoes elastic deformation. This deformation can be calculated by determining elastic lines for example. Elastic lines describe the deformation of the complete component in the form of a mathematical equation. Learn about Deformation of trusses equipment for optimal educational outcomes.. In reality, it is often only the deformation at specific points on the component which is of interest. Energy methods can be applied to determine these deformations more simply. Learn about Deformation of trusses specifications for optimal educational outcomes.. Castigliano’s first theorem uses energy methods to calculate the deformation of a point on the component. The theorem is applicable to both statically determinate and indeterminate systems. Learn about Deformation of trusses exporters for optimal educational outcomes..

• investigation of the deformation of statically determinate trusses
• construction of different truss forms possible
• 2 supports with node disks
• load application device with force gauge mountable on different node disks
• dial gauge to record the deformation of the truss under load
• cross arm for lateral stability of truss
• storage system to house the components
• experimental setup in frame SE 112