A frame is a buckled beam with rigid corners that forms a so-called clearance profile. Frames are used in various shapes and can be made of different materials, e.g. metal, wood or composite materials.
SE 200.09, in combination with other accessories of the MEC Line, enables the smart, digitally supported experimental setup for investigating frames made of stainless steel. The material properties are determined on a cantilever beam. A typical U-shaped frame, as used in hall construction, and an arched frame are available for the experiments. Statically determinate and statically indeterminate bearings can be analysed on both frame shapes. The load on the frame is applied via a vertical load SE 200.24 or the load unit SE 200.22. There are multiple load application points. Deformations can be recorded with one digital distance measurement, SE 200.23.
Using various methods: The first-order theory of elasticity, the superposition principle of mechanics and the principle of virtual work are used to determine bending moment diagrams for the statically determinate and indeterminate frame. The differential equation of elastic line is determined from these diagrams and a table for integrals (coupling table). The elastic line and its derivatives can be used to calculate displacements and the support force on the floating bearing.
The GUNT software identifies the components used and reacts dynamically to changes. The measured values are analysed in real time.
All components are clearly laid out and well protected in a storage system.
