Virtual Polariscope

17
Virtual Experiments 1. Circular Disk under diametrical compression Isoclinics in steps of 10° rotation of analyzer 10° 20° 30°

description

Photoelasticity using Virtual polariscope

Transcript of Virtual Polariscope

Page 1: Virtual Polariscope

Virtual Experiments

1. Circular Disk under diametrical compression

Isoclinics in steps of 10° rotation of analyzer

0° 10°

20° 30°

Page 2: Virtual Polariscope

40° 50°

60° 70°

80° 90°

Page 3: Virtual Polariscope

Path traversed by light vector and light ellipse in case of 30° orientation of analyzer

Page 4: Virtual Polariscope

2. Ring under diametrical load

Isoclinics in steps of 10° rotation of analyzer

0° 10°

20° 30°

Page 5: Virtual Polariscope

40° 50°

60° 70°

80° 90°

Page 6: Virtual Polariscope

Path traversed by light vector and light ellipse in case of 80° orientation of analyzer

Page 7: Virtual Polariscope

3. Determination of Fringe order by Babinet-Soleil compensation as well as Tardy’s Method

of compensation for three points :

Circular Disk under Diametrical Load

Point 1

Babinet-Soleil compensation

Step 1:

Page 8: Virtual Polariscope

Step 2:

Page 9: Virtual Polariscope

Step 3:

Fringe order for point 1 using Babinet-Soleil compensation is 1.637

Page 10: Virtual Polariscope

Tardy’s Method of Compensation

Step 1:

Step 2:

Page 11: Virtual Polariscope

Step 3:

Fringe order for point 1 using Tardy’s method of compensation is 1.637

Page 12: Virtual Polariscope

Point 2

Babinet-Soleil compensation

Fringe order for point 2 using Babinet-Soleil compensation is 1.708

Page 13: Virtual Polariscope

Tardy’s method of compensation

Fringe order for point 2 using Tardy’s method of compensation is 1.708

Page 14: Virtual Polariscope

Point 3

Babinet-Soleil compensation

Fringe order for point 3 using Babinet-Soleil compensation is 2.879

Page 15: Virtual Polariscope

Tardy’s method of compensation

Fringe order for point 3 using Tardy’s method of compensation is 2.878

Page 16: Virtual Polariscope

4. Light vector and its polarization state after each element

Babinet-Soleil compensation

Page 17: Virtual Polariscope

Tardy’s method of compensation