References
- Scott R. D., Turner R. H., Leitzes S. M., Aufranc O. E. Femoral fractures in conjunction with total hip replacement. Journal of Bone Joint Surgery [American] 1975; 57: 494–501
- EC. 1993; 1, Directive regarding non-active medical devices (93/42/CEE, 14 June 1993). In Official Journal of the European Communities, No LI69, 12.7.1993
- Semlitsch M., Panic B. 10 Years experience of test criteria for fracture-resistant stems in hip joint prosdieses. Biomedical Technology (Berlin) 1983; 28: 66–78
- Christel P., Meunier A., Leclercq S., Bouquet P., ButtazzoNi B. Development of a carbon-carbon hip prosthesis. Journal of Biomedical Materials Research 1987; 21(Suppl)191–218
- Viceconti M., McNamara B. P., Toni A., Giunti A. FEM analysis of die static stresses induced in a THR femoral component during a standardised fatigue test. Computer Methods in Biomechanics and Biomedical Engineering, J. Middleton, M. J. Jones, G. N. Pande. Gordon and Bleach Publisher, The Netherlands 1996; 57–66
- Viceconti M., Toni A., Giunti A. Influence of die embedding media on the results of standard in vitro fatigue tests on die femoral components. Proceedings of Mechanical Engineering part H: Engineering in Medicine 1995; 208: 131–137
- Viceconti M., Toni A., Giunti A. Effects of some technological aspects on the fatigue strength of a cemendess hip stem. Journal of Biomedical Materials Research 1995; 29: 875–881
- Black J. Orthopaedic Biomaterials in Research and Practice. Churchill Livingstone, New York 1988