Národní úložiště šedé literatury Nalezeno 8 záznamů.  Hledání trvalo 0.01 vteřin. 
Comparison of mechanical aspects of different treatment methods of human finger tendon contractures
Kult, Jaroslav ; Jírová, Jitka
The article reports on an analysis of conservative treatment methods of finger flexor contractures (splinting and external fixation). The treatment simulation is based on numerical Finite Element Method. The stress states of bones and soft tissues are evaluated and compared for different values of the flexion angle.
Computational model of Swanson's PIP joint implant
Kult, Jaroslav ; Jíra, Josef
The Swanson's proximal interphalangeal joint (PIP) soft skeletal implant was introduced already in the 60's of the 20th century by Dr. Alfred B. Swanson. Its modifications are nowadays produced around the world.
Analysis of Finger Flexion Contractures Treatment
Kult, Jaroslav ; Jírová, Jitka
The flexion contractures of finger tendons are a serioustherapeutic problem in orthopedics and reconstructive surgeryof the hand. They cause limitation of the range of finger motionand thus difficulties in patient's daily life.
Stress analysis of human pelvic bone after THR cup implantation
Jiroušek, Ondřej ; Jíra, J. ; Jírová, Jitka ; Kult, Jaroslav
Study of the possible mechanical reasons for the acetabularcup migration which is one of the main causes for total hipreplacement (THR) instability and leads to an early re-operation.
Interaction of Bone an Swanson,s Finger Joint Implant
Kult, Jaroslav
Mechanical analysis of Swanson,s IP joint prosthesis and its interaction with bone based on 3D FE model. The FE model was verified by photoelastic measurement. The checked load cases come out of experiences of surgeons. Both the models show good correspondence and the stresses in the implant are low.
Modelling of Interphalangeal Joint Prosthesis
Kult, Jaroslav
Complex mechanical analysis of Swansons prosthesis of interhalangeal joint. All common load cases (according to experiences of orthopaedists) were considered: 10 degrees, flexion up to 75 degrees and transverse motion in the frontal plane 10 degrees. The finite element model was verified by the photoelastic measuring.

Viz též: podobná jména autorů
1 Kult, J.
4 Kult, Jakub
2 Kult, Jan
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