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Fluid Mechanics Lab Equipment

Didactic Bench For Studying A Thin Envelope Vocational Training Equipment Hydrodynamics Experiment Apparatus

Item No.: SM1007
SM1007 Didactic Bench For Studying A Thin Envelope Vocational Training Equipment Hydrodynamics Experiment Apparatus
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Description
SM1007 Didactic Bench For Studying A Thin Envelope Vocational Training Equipment Hydrodynamics Experiment Apparatus
 

1. Equipment introduction

Features of the equipment: Teaching bench for learning thin films (SM107), allowing to study and analyze stress and deformation states of pressurized thin cylindrical envelopes.
The bench should be able to experimentally verify the theory related to the thin envelope by measuring the deformation of the cylinder wall at different points and following different directions.
The bench must allow for the following teaching work:
Longitudinal, circumferential, radial and biaxial stresses
Behavior of cylinders under open and closed end conditions
Use of strain gauges
Relationship between stress and strain in a cylinder and the value of the modulus E
Indirect stress and strain
Poisson's ratio value in a cylinder
Calculation of shear stress anywhere in a cylinder using Mohr's circle
Determination of principal strains using the "principle of superposition"
Effect of biaxial stress system
Sources of error in experiments

2. Technical parameters

(1) Input power: single-phase 220V 50Hz
(2) Weight: The total weight is less than 200 kg.
(3) Working conditions: -10°C~40°C, humidity <85%
(4) Size: 1100*480*380
describe
Required technical specifications:
Cylinder and reservoir capacity: approx. 2 liters
Cylinder material: aluminum alloy.
Shell Thickness: 3mm
Nominal dimensions of the cylinder: diameter, external approx. 80 mm, length approx. 400 mm
Pressure: Displayed by a pressure gauge. Pressure sensor, USB cable interface to data acquisition system.
Pressure gauge: 0 - 5 bar
Maximum pressure inside the cylinder: 3.5 MN/m²
Strain gauge: temperature compensation resistance type, digital display of deformation value.
Extensometer bridge integrated in the table
Optional data acquisition system available

3.List of components

1. Handle
2. Adjust the hand wheel
3. Screw rod
4. Movable rod
5. Pressurized handle
6. Connecting rod
7. Pressure sensor
8. Booster pump
9. Pressure relief knob
10. Thin-walled cylinder
11. Strain gauge
12. Pressure gauge
13. Cabinet
14. Schematic diagram of the position of the strain gauge
15. Power switch
16. USB interface
17. Touch screen
18. Power plug

4. Experiment list

Experiment 1: Thin-Walled Cylinder with Open End
Experiment 2: Thin cylinder with closed ends
Experiment 3: Software Use
Experiment 4: Software Data Export