Virtual Labs
IIT Kharagpur
Instructions:
Before starting the process read the instructions completely
Select either
Laser Welding
or
Friction Stir Welding
If
Laser Welding
is selected follow the below steps.
Select either
Meltpool and Temparature Evaluation
or
Laser Power Profile
If
Meltpool and Temparature Evaluation
is selcted then follow the below dteps
Select one
Laser-Power (in Watts)
value from
1000, 1500 or 2000
radio buttons
Select one
Scan-speed (in mm/sec)
value from
1200, 1300 or 1500
radio buttons
Click on
Submit
button and wait for the generation of the result
Observe the out put below and its result
Repeat the experiment by selecting the different values and
Submit
If
Laser Power Profile
is selcted then follow the below dteps
Enter the value of
Beam Diameter (cms)
radio buttons
Enter the value of
Power (Watts)
radio buttons
Click on
Submit
button and wait for the generation of the result
Observe the
Power Distribution on Focal Plane
graph
Repeat the experiment by entering the different values and
Submit
Repeat the experiment by selecting the other tecnique.
If
Friction Stir Welding
is selected follow the below steps.
Select the
Rotation Speed (RPM)
from dropdown list
Enter the
Weld Speed (mm/min)
in the input box with in the range of
(0-450)
Click on
Submit
button to start the process
Observe the calculated
Torque (N-m)
value after the process
Repeat the experiment with different values
Repeat the experiment with different
Welding Technique
Laser Welding
Friction Stir Welding
Meltpool and Temparature Evaluation
Laser Power Profile
Laser-Power :
(in Watts)
1000
1500
2000
Scan-speed :
(in mm/sec)
1200
1300
1500
Submit
Beam Diameter (cms):
(Range in between 100 microns to 5cms)
Power (Watts):
(Range in between 500 to 2000 Watts)
Submit
Rotational Speed (RPM) :
250
500
710
1000
1400
Weld Speed (mm/min)
(Range: 0-450)
Submit
Torque =