This study is based on the biomechanical analysis of femur bone using Finite Element
technique. Real life activities are taken as boundary conditions and the weight of a person is …

An understanding of the biomechanical characteristics and configuration of flexible and
locked plating in order to provide balance stability and flexibility of implant fixation will help …

Biomechanical investigation is a multidisciplinary branch which joins biological-science and
the mechanical engineering in order to understand the behaviour of organic materials. A …

The aim of this study is to carry out vibration analysis based on finite element technique.
Both end fix and both end free conditions are taken as boundary conditions. Three …

The stability on the fracture site is an important precondition for successful healing.
Osteosynthesis is an alternative treatment for the stabilization of femur bone. Besides, the …

Femur bone is one of the most commonly fractured bones of human body, especially for the
elderly people. It is known as the largest and longest bone in human body. It bears most of …

The training of medical personnel requires specialised anatomical imaging and referencing
tools. However, generic tools for visualising patient anatomy lack sustainability in terms of …

Phytoestrogen is a group compound which has an estrogen-like structure or function. One of
its roles was in the bone formation. Chrysophyllum cainito L. is a plant that contains …

ABSTRAK Latar Belakang: Fraktur shaft femur merupakan kasus yang banyak terjadi pada
orang dewasa setelah mengalami high-energy trauma. Intramedullary nailing merupakan …

This study aims at the finite element analysis of human femur bone. In this study standing
activity of human is tied to simulate through softwares so that biomechanical analysis can be …