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How the Skin Thickness and Thermal Contact Resistance Influence Thermal Tactile Perception

机译：皮肤厚度和热接触电阻如何影响热触觉

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摘要

A few experimental studies on thermal tactile perception have shown the influence of the thermal contact resistance which relates to contact surface roughness and pressure. In this paper, the theoretical influence of the skin thickness and the thermal contact resistance is studied on the thermal model describing the temperature evolution in skin and materials when they come in contact. The thermal theoretical profile for reproducing a thermal cue for given contact thermal resistance is also presented. Compared to existing models of thermal simulation, the method proposed here has the advantage that the parameters of skin structure and thermal contact resistance in target temperature profiles can be adjusted in thermal perception simulation according to different skin features or surface roughness if necessary. The experimental results of surface roughness recognition were also presented.

机译：一些关于热触觉感知的实验研究表明，热接触电阻的影响与接触表面的粗糙度和压力有关。在本文中，研究了表皮厚度和热接触电阻的理论影响，基于描述皮肤和材料接触时温度变化的热模型。还给出了针对给定的接触热阻再现热指示的热理论曲线。与现有的热模拟模型相比，此处提出的方法的优势在于，可以根据需要根据不同的皮肤特征或表面粗糙度在热感知模拟中调整目标温度曲线中的蒙皮结构和热接触电阻参数。还介绍了表面粗糙度识别的实验结果。

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期刊名称 Micromachines
作者
Congyan Chen; Shichen Ding;
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作者单位

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年(卷),期 2019(10),2
年度 2019
页码 87
总页数 13
原文格式 PDF
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关键词
thermal tactile perception surface roughness skin thickness thermal perception reproduction;

机译：热触感;表面粗糙度;皮肤厚度;热感再现;

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专利

1. An improved steady-state method for measuring the thermal contact resistance and bulk thermal conductivity of thin-walled materials having a sub-millimeter thickness [J] . Applied thermal engineering: Design, processes, equipment, economics . 2020,第期

机译：一种改进的稳态方法，用于测量具有亚毫米厚度的薄壁材料的热接触电阻和散装热导率
2. Influence of coating thickness on rolling contact fatigue of alumina ceramics thermally sprayed on steel roller [J] . Masahiro Fujii, Jiabin Ma, Akira Yoshida, Tribology International . 2006,第11期

机译：涂层厚度对热喷涂在钢辊上的氧化铝陶瓷滚动接触疲劳的影响
3. THERMAL AND TACTILE INTERACTIONS IN THE PERCEPTION OF LOCAL SKIN WETNESS AT REST AND DURING EXERCISE IN THERMO-NEUTRAL AND WARM ENVIRONMENTS [J] . D. FILINGERI, B. REDORTIER, S. HODDER, Neuroscience: An International Journal under the Editorial Direction of IBRO . 2014,第Null期

机译：在热中性和温暖环境中休息时和运动期间局部皮肤知觉的热和触觉相互作用
4. Empirical Study of Physiological Characteristics Accompanied by Tactile Thermal Perception Relationship Between Changes in Thermal Gradients and Skin Conductance Responses [C] . Takafumi Shinoda, Kouki Shimomura, Kentaro Kotani, International conference on human-computer interaction . 2016

机译：热梯度变化与皮肤电导反应之间的触觉热感知相关生理特性的实证研究
5. Thermal contact resistance of elastomer to metal contacts. [D] . Parihar, Shailendra Kumar. 1997

机译：弹性体对金属触点的热接触电阻。
6. Vibrotactile and thermal perception and its relation to finger skin thickness [O] . Ronnie Lundström, Håkan Dahlqvist, Mats Hagberg, 2018

机译：触觉和热感及其与手指皮肤厚度的关系
7. Thermal and tactile interactions in the perception of local skin wetness at rest and during exercise in thermo-neutral and warm environments [O] . Filingeri Davide, Redortier Bernard, Hodder S.G., 2013

机译：在热中性和温暖环境中，在休息和运动过程中局部皮肤潮湿的感觉中的热和触觉相互作用
8. Pulsed Photothermal Radiometry for Measuring Subsurface Air Gap Thickness or Contact Thermal Resistance [R] . Tam, A. C., Sontag, H., Leung, W. P. 1988

机译：脉冲光热辐射测量法测量表面气隙厚度或接触热阻

How the Skin Thickness and Thermal Contact Resistance Influence Thermal Tactile Perception

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