National Repository of Grey Literature 4 records found  Search took 0.01 seconds. 
Mechanical properties of materials of knee joint endoprostheses and of mechanically significant tissues in a knee joint
Dvořák, Matouš ; Konvalinka, Jan (referee) ; Burša, Jiří (advisor)
This bachelor thesis deals with the issue of total knee endoprosthesis and describes its division in terms of its construction and attachment style. It summarizes the mechanical properties of human tissues occurring in the knee joint and simultaneously characterizes the most used materials for the production of implants. The thesis contains a calculation focusing on determining the tension around the area of contact of the tibia with the stem of the tibial component. The calculation is performed analytically and subsequently verified by the finite element method in ANSYS software.
Analysis of Kinematic and Dynamic of Knee Joint
Halama, Jakub ; Dočkal, Kryštof (referee) ; Urban, Filip (advisor)
The bachelor thesis summarizes present knowledge of the knee joint in terms of its mechanics, it compares joint kinematics and dynamics during various locomotor activities of daily living such as: gait, standing up from the chair, ascending and descending stairs, running. Furthermore, the thesis focuses on the changes in the motion and loading of the joint in the cases of osteoarthritis and knee replacement in comparison with healthy individuals. Lastly, it also describes the loading asymmetries between healthy and affected knee.
Mechanical properties of materials of knee joint endoprostheses and of mechanically significant tissues in a knee joint
Dvořák, Matouš ; Konvalinka, Jan (referee) ; Burša, Jiří (advisor)
This bachelor thesis deals with the issue of total knee endoprosthesis and describes its division in terms of its construction and attachment style. It summarizes the mechanical properties of human tissues occurring in the knee joint and simultaneously characterizes the most used materials for the production of implants. The thesis contains a calculation focusing on determining the tension around the area of contact of the tibia with the stem of the tibial component. The calculation is performed analytically and subsequently verified by the finite element method in ANSYS software.
Analysis of Kinematic and Dynamic of Knee Joint
Halama, Jakub ; Dočkal, Kryštof (referee) ; Urban, Filip (advisor)
The bachelor thesis summarizes present knowledge of the knee joint in terms of its mechanics, it compares joint kinematics and dynamics during various locomotor activities of daily living such as: gait, standing up from the chair, ascending and descending stairs, running. Furthermore, the thesis focuses on the changes in the motion and loading of the joint in the cases of osteoarthritis and knee replacement in comparison with healthy individuals. Lastly, it also describes the loading asymmetries between healthy and affected knee.

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