Syllabus  |   Lectures  |   Downloads   |   FAQ  |   Ask a question  |  
Course Co-ordinated by IIT Madras
NPTEL >> Courses >> Mechanical Engineering >> Experimental Stress Analysis (Video) >>
Modules / Lectures
What is the value of stress?
(Refer Lecture No 01 - Video Time 00:03:40)
Can you get closed-form solution for all problems?
(Refer Lecture No 01 - Video Time 00:06:33)
How this stress analysis can be carried out?
(Refer Lecture No 01 - Video Time 00:07:54)
Do you know in strength of materials what is the basic assumption that has been used in solving the problem on hand?
(Refer Lecture No 01 - Video Time 00:10:35)
What is the difference between an axial member and a member that bends?
(Refer Lecture No 01 - Video Time 00:12:28)
Are there any stresses in this chain? You have to know how this component is fabricated.
(Refer Lecture No 01 - Video Time 00:26:57)
What these contours are? What do these contours represent? Therefore what is the physics behind the problem?
(Refer Lecture No 02 - Video Time 00:12:05)
Could you explain in-plane and out-of-plane displacements?
(Refer Lecture No 02 - Video Time 00:25:40)
What are non-contact techniques?
(Refer Lecture No 02 - Video Time 00:30:30)
What is holography?
(Refer Lecture No 05 - Video Time 00:33:04)
How this phase information is recorded?
(Refer Lecture No 05 - Video Time 00:37:40)
In holography you have told about the isopachics that is sigma1 plus sigma2, I did not understand how sigma1 plus sigam2 is the measure of the thickness?
(Refer Lecture No 06 - Video Time 00:16:21)
What are objective speckles and subjective speckles?
(Refer Lecture No 07 - Video Time 00:01:00)
What are the speckle methods that we can think of and what are its key features different from hologram interferometry?
(Refer Lecture No 07 - Video Time 00:01:36)
In a two dimensional problem without resorting to the Mohrs circle approach how would you find the principal stress and their corresponding directions uniquely?
(Refer Lecture No 10 - Video Time 00:37:13)
Find out the stress tensor in a transformed coordinate system
(Refer Lecture No 10 - Video Time 00:42:15)
What is the mathematical definition of a free surface? Specify the stress tensor on free outward corners. Justify your answer.
(Refer Lecture No 10 - Video Time 00:42:52)
Find out the shear stress distribution on a three point bend specimen
(Refer Lecture No 10 - Video Time 00:55:25)
How does the handedness change when the relative retardation is modified?
(Refer Lecture No 41 - Video Time 00:00:12)
Fringe ordering is one of the important aspects in photoelasticity as we saw from this course. Just we want to know what additional precautions we have to take so that we do not miss the correct ordering or is there any way to validate what we do.
(Refer Lecture No 41 -Video Time 00:05:35)
What are the fringe thinning methods and what are the various algorithms involved in it?
(Refer Lecture No 41 - Video Time 00:12:40)
How does the photoelastic strain gauge work?
(Refer Lecture No 41 - Video Time 00:24:59)
In that case will the thickness of the quarterwave plate and polarizer be sufficient to give the required retardation and to get enough fringe orders?
(Refer Lecture No 41 - Video Time 00:26:17)
How do we select the suitable gauge length for a given class of problems?
(Refer Lecture No 41 - Video Time 00:28:17)
When installing the strain gauge why are we rubbing at 45 degrees by using emery paper?
(Refer Lecture No 41 - Video Time 00:34:05)
In determination of boundary stresses what difference does it make when you place the tensile specimen parallel to the model or perpendicular to the model?
(Refer Lecture No 41 - Video Time 00:35:49)
Site Maintained by Web Studio, IIT Madras. Contact Webmaster: nptel@iitm.ac.in