物性値の記事

Illustration of a planar Couette flow. Since the shearing flow is opposed by friction between adjacent layers of fluid (which are in relative motion), a force is required to sustain the motion of the upper plate. The relative strength of this force is a measure of the fluid's viscosity.

粘度とは何か？流体の「ねばりけ」を決定づける物理的メカニズム

粘度動粘度ニュートン流体非ニュートン流体

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Illustration of a planar Couette flow. Since the shearing flow is opposed by friction between adjacent layers of fluid (which are in relative motion), a force is required to sustain the motion of the upper plate. The relative strength of this force is a measure of the fluid's viscosity.

粘度とは何か？流体の「ねばりけ」を決定する物理的メカニズムと特性

粘度動粘度ニュートン流体非ニュートン流体

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構成方程式物質の物理的応答を定義する数学的関係式

構成方程式物理学材料力学応力

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REFPROPNISTが開発した高精度な流体熱物理特性予測ソフトウェア

REFPROPNIST熱物理特性状態方程式

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Illustration of a planar Couette flow. Since the shearing flow is opposed by friction between adjacent layers of fluid (which are in relative motion), a force is required to sustain the motion of the upper plate. The relative strength of this force is a measure of the fluid's viscosity.

粘度とは何か？流体の「ねばりけ」を決定づける物理的メカニズム

粘度動粘度ニュートン流体非ニュートン流体

続きを読む →