Stress concentration explained without math equations
This VIDEO gives a very intuitive explanation of stress concentration with an analogy and an experimental demonstration.
This VIDEO gives a very intuitive explanation of stress concentration with an analogy and an experimental demonstration.
Dear all,
I am simulating tensile specimens with an elliptical pore(representing a flaw in the material) in the mid-cross section of the specimen. What I am looking for is the stress concentration caused by this pore.
I am simulating this as a 3D specimen under tensile loading only, with 3D, 8-node linear brick elements(1st order). Now my questions are:
1- Is there any analytical solution for such problems(3D with elliptical pore) with which I can compare my FEA results?
stress concentration at the crack initiation location while operates at 120Hz frequency.how to do using abaqus software tool.Is there any one previously worked in this area.kindly assist me to resolve this problem.
I was looking at the stress concentration at a corner for both a mode I and mode II loading situation.
For reference, see: Carpenter, 1984. Mode I and mode II stress intensities for plates with cracks of finite opening. International Journal of Fracture. V. 26. 201-214. 1984.
The problem that is being addresses is the stress concentration found at a corner in an infine body as seen in the figure below. β=0...π.