Figures index

From

Full-field Stress Analysis of a Crane Hook Model Performed by Finite Element Analysis and Digital Image Correlation Method

Martin Hagara, Miroslav Pástor

American Journal of Mechanical Engineering. 2017, 5(6), 293-297 doi:10.12691/ajme-5-6-12
  • Figure 1. Crane hook made with a latch: a simple (left), a double (right) [3]
  • Figure 2. Very curved beam element
  • Figure 3. Deformation of very curved beam element caused by moment M
  • Figure 4. Stress components distribution along the height of hook section [5]
  • Figure 5. Shape and dimensions of the analyzed crane hook
  • Figure 6. Mesh of triangular elements created in numerical analysis
  • Figure 7. Von Mises stress acquired on the surface of the analyzed hook via numerical analysis
  • Figure 8. Measuring chain used for the realization of the experimental stress analysis via digital image correlation
  • Figure 9. The fields of view acquired by both cameras of the correlation system Q-400 Dantec Dynamics
  • Figure 10. Von Mises stress acquired on the area of interest of the analyzed hook via experimental analysis
  • Figure 11. Von Mises stress acquired on the identical virtual line gage via numerical as well as experimental analysis
  • Figure 12. The change of von Mises stress distribution after deflection of loading force from vertical direction