Methods To Determine The Elastic Line Didactic Equipment Vocational Education Equipment Mechanical Training Equipment Vocational Training Equipment Mechanical Trainer

Name: Methods To Determine The Elastic Line Didactic Equipment Vocational Education Equipment Mechanical Training Equipment Vocational Training Equipment Mechanical Trainer
Brand: sdafit.com
SKU: SE 110.47
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Item No.: SE 110.47

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Description

SE 110.47 Methods To Determine The Elastic Line Didactic Equipment Vocational Education Equipment Mechanical Training Equipment Vocational Training Equipment Mechanical Trainer

Determination of elastic lines of a beam under load using the principle of virtual work and Mohr's analogy
Features
- comparison of different methods to determine the elastic line: virtual work, Mohr’s analogy
- statically determinate and indeterminate systems
- various load cases: point load or bending moment
Learning objectives/experiments
- elastic lines for statically determinate or indeterminate beams under load
- determination of the elastic line of a beam by
-- the principle of virtual work (calculation)
-- Mohr’s analogy (area moment method devised by Mohr; graphical representation)
- application of the principle of superposition
- determination of the
-- maximum deflection of the beam
-- angle of inclination of the beam
- comparison between calculated and measured values for angle of inclination and deflection
Specification
[1] comparison of different methods to determine the elastic line
[2] statically determinate or indeterminate beam
[3] 2 supports with clamp fixing, optionally as articulated support with measurement of angle of inclination or clamp fixing

[4] 1 articulated support with force gauge
[5] device to generate a bending moment
[6] dial gauge with generation of moment to measure the angle of inclination
[7] dial gauge to record the deformations of the beam
[8] weights to subject the beam to point loads or moment
[9] weights to determine the clamping moments on the supports with clamp fixings
[10] storage system to house the components
[11] experimental setup in frame SE 112
Technical data
Beam
- length: 1000mm
- cross-section: 20x4mm
- material: steel
Weights
- 7x 1N (hanger)
- 28x 1N
- 21x 5N
Measuring ranges
- force: ±50N, graduation: 1N
- travel: 0...20mm, graduation: 0,01mm
LxWxH: 1170x480x178mm (storage system)
Weight: approx. 42kg (total)