Stress Distribution of a New Type of Perforated Implants in Femur Neck Fracture: Finite Element Model

In this research, the compacting process and rheological properties of kaolin and bio-original additive (sawdust) mixtures were investigated based on compaction pressures and times. Relative compaction curves as a function of forming pressure and time were determined, the authors enabled to precisely specify the changes of the rheological models and rheological characteristics of these powder mixtures which have variable particle compactions and size distributions. varying the compression pressure and changing the composition ratio of the kaolin and sawdust powder mixtures leads to considerable changes in the rheological properties of the prepared mixture.

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Stress Distribution of a New Type of Perforated Implants in Femur Neck Fracture: Finite Element Model

Cited by 2 publications

References 15 publications

Efficiency of an implant: new criterion of objective assessment of implants for osteosynthesis of femoral neck fracture

Efficiency of an implant: new criterion of objective assessment of implants for osteosynthesis of femoral neck fracture

Influence of compaction times and pressures on rheological properties of kaolin and sawdust powder mixtures

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