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analyzing the stresses applied loads axisymmetric elements beam theory results bone and cement bone surface bone-implant system card gives cement plug Chapter Combined Load Compressive Combined Load Tensile Compressive Load cross section developed displacement field Due to Bending Due to Compressive Due to Transverse elastic elastic modulus end constraint equations femoral component femur Figure 11 finite element analysis finite element method finite element results five models free body diagram free surface geometry hip prosthesis implant system Largest Stresses Load Compressive Stress Load Tensile Stress material properties materials analysis materials approach maximum fiber distance ment neutral axis normal stress number of degrees obtained Orthopaedic particular cross section predicted by beam problem prosthesis stem quadratic curves results for Model Shoulder Side Beam show the stress Side Beam Theory stem decreases strength of materials Stress and Strain stress concentration stress distribution Stresses Due subroutine Theory No Shoulder total hip replacements Transverse Load