Buckling Behaviour Of Bars Didactic Equipment Vocational Training Equipment Vocational Education Equipment Mechanical Training Equipment Mechanical Trainer

Name: Buckling Behaviour Of Bars Didactic Equipment Vocational Training Equipment Vocational Education Equipment Mechanical Training Equipment Mechanical Trainer
Brand: sdafit.com
SKU: WP 120
Availability: InStock
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Item No.: WP 120

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Description

WP 120 Buckling Behaviour Of Bars Didactic Equipment Vocational Training Equipment Vocational Education Equipment Mechanical Training Equipment Mechanical Trainer

Verification of the Euler theory of buckling: influence of material, cross-section, length, and support
Features
- investigation of all relevant buckling problems
- verification of Euler’s theory of buckling
- experiments with eccentric application of force and lateral load
Learning objectives/experiments
- investigation of buckling behaviour under the influence of
-- different supports and clamps
-- different bar lengths and cross-sections
-- different materials
-- additional lateral load
- testing Euler’s theory: buckling on elastic bars
- calculating the expected buckling force with Euler’s formula
- graphical analysis of the deflection and the force
- determine elastic modulus for an unknown material (GFRP)
- measure force and deflection
- with the WP 120.01 expansion set investigation of buckling behaviour under the influence of
-- different cross-section shapes
-- eccentric application of force
Specification
[1] investigation of all relevant buckling cases
[2] verification of Euler’s theory of buckling
[3] experiments in the horizontal or vertical position
[4] test bars with different lengths made of different materials
[5] test bars pinned or fixed
[6] spindle for applying forces

[7] lateral load mechanism generates shear forces
[8] force measurement using a hydraulic dynamometer
[9] measurement of lateral deflection with a dial gauge
[10] further experiments with WP 120.01 expansion set
[11] storage system for parts
Technical data
Test bars
- quantity: 11
- bar lengths: 350...700mm (max.)
- materials: aluminium, copper, brass, steel, GFRP
- cross-sections: 20x4mm, 25x6mm, 25x10mm
Load spindle
- force: max. 2000N
- stroke: max. 10mm
Lateral deflection: max. 20mm
Sample holder hole diameter: Ø 20mm
Weight for lateral load: max. 20N
- 1x 5N (hanger), 3x 5N
Measuring ranges
- force: 0...2500N, graduation: 50N
- deflection: 0...20mm, graduation: 0,01mm
LxWxH: 620x450x1150mm
Weight: approx. 63kg
LxWxH: 1170x480x178mm (storage system)
Weight: approx. 12kg (storage system)