Abstract (EN):
This paper aims to study one methodology of project and manufacture of metallic joint prostheses by the investment casting process. Casting simulations of three different prostheses geometries were performed using ProCast software. Two distinct gating systems were simulated for a hip stem prostheses, and a third gating system was simulated for two knee prostheses components. The most promising system was selected to be produced by casting a Ti6Al4V alloy and the resulting parts were analysed in accordance to parameters specified by applicable standards. The parts obtained were evaluated in terms of metallurgical integrity and mechanical properties.
Language:
English
Type (Professor's evaluation):
Scientific
No. of pages:
14