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Maximum Stress in the Spring
Maximum Displacement for an Unbonded Spring
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Af/A analytical solution annular element boundary conditions Broman coefficient of friction components of stress Design of Precompressed Design of Radially diagram shows CX diagram shows non-dimensional DIVISION Lund Technical dNU,9 dy Ea(AT EaTA eccentric spring ELEMENTS DIVISION Lund equation 4.6 expanding the inner finite element method Floberg Gerbert hysteresis inner boundary ro inner pipe expansion Journal Bearing largest principal stress loaded annular springs lower Cy Lubrication Lund Technical University MACHINE ELEMENTS DIVISION maximum displacement non-dimensional equivalent stress non-dimensional inner pipe Number obtained in fabrication outer pipe shrinkage Precompressed Radially Loaded radial stiffness radially loaded annular radius ratio ratio Ar/A Sample problem Semi-invert 16 shows CX,o shows non-dimensional equivalent shrinking the outer slipping occurs spring before slipping stiffness for eccentric stress and 40 stresses will remain temperature related stresses temperature stresses obtained Test of Radial three-dimensional Transactions of MACHINE unbonded spring upper diagram shows V-belt vulcanization