Mathematical modeling and production of semi-active hand prosthesis from clear resin

In this study, the static, kinematic and dynamic behaviors of a semi-active hand prosthesis were analyzed numerically. Finite Elements method was used in static analysis analytical analysis. The mathematical model created Using obtained, torque values 0, 15, 30, 45, 60, 75, 90 degrees calculated according to different position angles fingers. Examination performed for 4 fingers (index finger, middle ring little finger) 5 kg force applied fingertips perpendicular finger plane. examination, forces are divided into 25% index 35% 15% finger. results obtained at under specified conditions explained. As result all these stages, prosthetic designed. design as linear statically by finite element method. produced considering calculation findings. Clear resin material.