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SE 110.19 Experimental Set Stability of Structures Show data sheet (pdf file)
Technical Description
Using this set, simple stability problems are investigated. The set is intended for usage with the SE 110/SE 111 universal test frames. The core of the set is a two-part test piece with a central joint at which the buckling load can be determined under varying boundary conditions. The elastic low-friction joint is represented by a torsion spring fitted between the two parts of the test piece. Loading is performed continuously using a lever with a set of weights. An exact scale on the lever permits the load to be determined with precision. Varying clamping is possible by means a steel spiral spring of variable length on the lower bearing. A further set of weights with a cord is used to generate shear forces.
Learning Objectives / Experiments
· Determination of the buckling load at varying boundary conditions
- Elastic joint
- Elastic clamping
· Influence of additional shear forces
· Influence of predeformation
Features
Continuous adjustment of the load on the test piece
Varying amount of clamping by means of spiral spring
Alternative products
SE 110.13 -- Experimental Set Strut Buckling
WP 120 -- Buckling Tester
WP 121 -- Euler Strut Theory Demonstration Unit
Specification
[1] Supplementary experiment for the SE110/SE111 system, stability of structures
[2] Two part test piece, length 2x250mm with elastic central joint
[3] Range of compresssive force 25...120N, continuous adjustment using lever and set of weights
[4] Shear loading 0...20N
[5] Spiral spring made of steel 2x10x500mm
Technical Data
Buckling bar with central joint
Length: 2x250mm
Compressive force range: 25...120N
Shear loading: 0...20N
Spiral spring, steel: 2x10x500mm
Dimensions and Weight
Weight : approx. 16 kg
Scope of Delivery
1 experimental set, complete,
1 instruction manual
Order Details
022.11019 SE 110.19 Experimental Set Stability of Structures
© 2005 G.U.N.T. Gerätebau GmbH