Stresses in turbine-blade tenons subjected to bending

@article{Marloff1978StressesIT,
  title={Stresses in turbine-blade tenons subjected to bending},
  author={Richard H. Marloff},
  journal={Experimental Mechanics},
  year={1978},
  volume={18},
  pages={19-24}
}
  • R. Marloff
  • Published 1978
  • Materials Science
  • Experimental Mechanics
The photoelastic method was used to model large steam turbine tenon-shroud attachments under bending loads. Six models were used to investigate three basic tenon geometries: (a) single round tenon—here two different fillet radius-to-tenon diameter ratios were examined; (b) long narrow tenon—for this geometry the influence of shroud-seating clearance and shroud stiffness was investigated; (c) two separated round tenons. Stress-concentration factors for the tenon fillets were determined based on… 
3 Citations

Resonant fatigue testing of riveted joints

A special test facility was constructed for evaluating the fatigue strength of turbine-blade components under steady pullout and vibratory bending loadings. The use of mechanical resonance for these

Wind energy

  • N. El Bassam
  • Distributed Renewable Energies for Off-Grid Communities
  • 2021

Chapter Eight – Wind Energy

References

SHOWING 1-2 OF 2 REFERENCES

Stress Concentration Factors

overcoming possible notational barriers. No solutions of specialized technical problems are presented. Instead, the essentials of the theory are developed, beginning with tensor analysis, elements of

EPOXY RESINS FOR PHOTOELASTIC USE