Stress Intensity Factor Calculation (Cylindrical Single-Sided Crack)
Author: gakki0121Executions: 4
※ This library was created by a member. This site is not responsible for its content.
This is the "Thumbnail Crack in Solid Cylinder" condition from https://mechanicalc.com/reference/stress-intensity-factor-solutions#elliptical-surface-crack-plate.
Please enter the values while referring to the figure to ensure accuracy (e.g., whether it is half the crack width or the full crack width).
Please enter the values while referring to the figure to ensure accuracy (e.g., whether it is half the crack width or the full crack width).
| Stress Intensity Factor K | N/mm^1.5 |
| Stress Intensity Factor K | MPa・m^0.5 |
K = Y_T × σ × √(πa)
β = (π/2) * (a/b);
H = 1 - sin(β);
G = 0.92 * (2/π) * (1/cos(β)) * √(tan(β)/β);
Y_T = G * (0.752 + 1.286 * β + 0.37 * H^3);
σ: Tensile stress
a: Crack depth
b: Diameter
K: Stress intensity factor
Y_T: Correction factor
β = (π/2) * (a/b);
H = 1 - sin(β);
G = 0.92 * (2/π) * (1/cos(β)) * √(tan(β)/β);
Y_T = G * (0.752 + 1.286 * β + 0.37 * H^3);
σ: Tensile stress
a: Crack depth
b: Diameter
K: Stress intensity factor
Y_T: Correction factor
No customer feedback for this calculation yet.
(Cylindrical single-sided crack)