非常规生物表面润滑尚未解决的当代科学问题

K. Wierzcholski, J. Gospodarczyk
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引用次数: 1

摘要

本文介绍了生物表面领域非传统润滑问题中新的、尚未解决的科学研究方向及其应用。本文介绍了活体组织、人体皮肤和人体软骨关节表面流体动力润滑的最新研究趋势和研究问题解决方案。引言部分首先介绍了生物摩擦学的研究现状、预测研究的新目的以及生物摩擦学与其他科学领域的联系。生物摩擦学是一个新的科学领域,其中生物材料的生物特性对人体的联合功能和获得的生物摩擦学效应的后果有着重要的影响。采用实验和数值方法,主要研究了生物汗液动态黏度随膜厚的变化对润滑后人体皮肤和肢体承载能力的影响。
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Non Solved Contemporary Scientific Problems of Non-Conventional Bio-Surfaces Lubrication
This paper presents new non solved, scientific research directions and their applications in contemporary non-conventional lubrication problems of the bio-surfaces domain. Here are described new research scientific trends and research problem solutions of hydrodynamic lubrication for living tissue, human skin and human cartilage joints surfaces. At first in introduction is described the state of the art, a new purpose of anticipate research and the bio-tribology connections with other scientific domains are documented. The bio-tribology is a new scientific domain where the bio-properties of living, mutually cooperating bio-materials have an important influence on joint human functioning and on the consequences of obtained bio-tribology effects. Using experimental and numerical methods, the main result is focused on the influence of the bio-sweat dynamic viscosity variations across the film thickness on the load carrying capacity of the lubricated human skin and limbs.
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