Experiment
Experimentation on IoT Setup
Experimentation on IoT Setup
Experimental Verification Of Flexural Formula
Experimental Verification Of Flexural Formula
Here We have the Cantilever Beam of Aluminium having total length of 140 mm and rectangular in cross section with breadth ’b’ of 26 mm and height ‘h’ of 21 mm. In our Setup we used full bridge Strain Gauge. The strain gauges are placed at the middle of the beam. The Load is applied at the free end of the beam. The distance between the Strain Gauges and point of Load applied is 54 mm. Here we have developed an Android App to display the Induced Stress and Strain in the cantilever beam. As there is no load applied the value of Mass, Stress and Strain are displayed to be ZERO. After we apply the load the Weight applied, Induced Stress and Strain are displayed. Now you can compare the Experimental Values with Theoretical values obtained by using our Simulator on the Website or by calculating using Flexural Formula.
Here We have the Cantilever Beam of Aluminium having total length of 140 mm and rectangular in cross section with breadth ’b’ of 26 mm and height ‘h’ of 21 mm. In our Setup we used full bridge Strain Gauge. The strain gauges are placed at the middle of the beam. The Load is applied at the free end of the beam. The distance between the Strain Gauges and point of Load applied is 54 mm. Here we have developed an Android App to display the Induced Stress and Strain in the cantilever beam. As there is no load applied the value of Mass, Stress and Strain are displayed to be ZERO. After we apply the load the Weight applied, Induced Stress and Strain are displayed. Now you can compare the Experimental Values with Theoretical values obtained by using our Simulator on the Website or by calculating using Flexural Formula.
Experimental Setup Specifications
Experimental Setup Specifications
Beam type: Cantilever Beam
Beam type: Cantilever Beam
Beam material : Aluminium
Beam material : Aluminium
Young's modulus (E) : 69 GPa
Young's modulus (E) : 69 GPa
Total length : 130 mm
Total length : 130 mm
Strain gauge to applied load distance (L1) : 54 mm
Strain gauge to applied load distance (L1) : 54 mm
Breadth (b) : 26 mm
Breadth (b) : 26 mm
Height (h) : 21 mm
Height (h) : 21 mm
Note: To perform Verification of Flexural Formula Experiment on IoT platform you need to install an Android App. An apk file has been sent to you registered Email ID. If you have not yet registered then click below:
Note: To perform Verification of Flexural Formula Experiment on IoT platform you need to install an Android App. An apk file has been sent to you registered Email ID. If you have not yet registered then click below: