386
T. A. Musalli et al.
Fig. 9 Stress life_
equivalent (Von-Mises)
Fig. 10 Stress life_ max
shear
on estimating the Von-Mises and maximum shear stress with theoretical calculations
resulted that, stress-life approach obtained minimal error in comparison to other
approaches. The multi-axial fatigue analysis predicted the endurance limit of 1.77E
+ 07 cycles to withstand the cyclic load of maximum as 500 N and minimum of 60 N.
The results suggested that, the helical springs of multi-axial load can withstand more
number of cycles and it can absorb heavy shock loads are generated from various
machine elements.
References
1. Khurmi RS, Gupta JK (2005) A text book of machine design. Eurasia Publishing house (PVT.)
Ltd. First multi-color edition, pp 576–586
2. Del Llano-Vizcaya L, Rubio-González C, Mesmacque G, Cervantes-Hernández T (2006)
Multiaxial fatigue and failure analysis of helical compression springs. Eng Fail Anal
13(8):1303–1313
T. A. Musalli et al.
Fig. 9 Stress life_
equivalent (Von-Mises)
Fig. 10 Stress life_ max
shear
on estimating the Von-Mises and maximum shear stress with theoretical calculations
resulted that, stress-life approach obtained minimal error in comparison to other
approaches. The multi-axial fatigue analysis predicted the endurance limit of 1.77E
+ 07 cycles to withstand the cyclic load of maximum as 500 N and minimum of 60 N.
The results suggested that, the helical springs of multi-axial load can withstand more
number of cycles and it can absorb heavy shock loads are generated from various
machine elements.
References
1. Khurmi RS, Gupta JK (2005) A text book of machine design. Eurasia Publishing house (PVT.)
Ltd. First multi-color edition, pp 576–586
2. Del Llano-Vizcaya L, Rubio-González C, Mesmacque G, Cervantes-Hernández T (2006)
Multiaxial fatigue and failure analysis of helical compression springs. Eng Fail Anal
13(8):1303–1313