Figures index

From

Effect of Rim Thickness on Load Sharing in the Rotating Elements

Rashmi Uddanwadiker

American Journal of Mechanical Engineering. 2013, 1(5), 126-130 doi:10.12691/ajme-1-5-4
  • Figure 1. Fringe Pattern on Loaded disc under Sodium Light
  • Figure 2. Isochromatic Fringe Pattern on Pulley with rim thickness 15mm
  • Figure 3. (a) 3 dimensional CAD model of an arm pulley showing four arms (b) Normal stress distribution on the arm pulley model along Y-axis
  • Figure 4. (a) Maximum Bending stress on each arm for different rim thickness (b) Variation of Bending stress at different rim loading angle
  • Figure 5. Graph showing the variation between ration of arm radius to rim thickness (r/t) vs. Bending Stress
  • Figure 6. (a) Maximum Bending stresses for 5mm rim thickness pulley (b) Stress acting on arm for small rim thickness.(c) Stress acting on arm for larger rim thickness. (d)Stress acting on arm with bigger cross section. (e) Stress acting on arm with smaller cross section. (f) Stress acting on arm with optimized cross section