Kelvin equation
英 [ˈkelvɪn ɪˈkweɪʒn]
美 [ˈkelvɪn ɪˈkweɪʒn]
开尔文公式
双语例句
- According to the extended Kelvin Body, a in situ creep equation has been derived.
同时，根据推广的凯尔文（Kelvin）模型推导了流变方程，确定了有关流变参数。 - The phase simulation results are well explained by using the Kelvin equation of the thermodynamic metastable state and new phase formation theory.
并利用热力学亚稳态和新相生成理论中的开尔文（Kelvin）方程对其相态模拟计算结果作出了满意的解释。 - On the base of making a clear definition of pure substance in liquid saturation vapor pressure, this article puts forward another deduction method of Kelvin equation, and discusses the two deduction methods in two sorts of teaching materials of Physics Chemistry.
本文在对纯物质液体饱和蒸气压作出明确定义的基础上，提出开尔文公式的另一种推导方法，并与两种《物理化学》教材的作者进行商榷。 - A Discussion on Fluidal Vapor Pressure and Kelvin Equation
对液体的蒸气压及Kelvin方程的讨论 - This paper adopts nonlinear vibration method to analyze the fluctuation process of warp yarn during weaving and Kelvin model to analyze the constitutive relation of its visco elasticity. A differential equation of warp yarn vibration in lengthwise and crosswise is established based on Newton law.
采用非线性振动方法分析经纱运动的波动过程，对织造过程中的经纱黏弹性本构关系选用Kelvin模型，根据牛顿定律建立经纱横向与纵向的振动微分方程。 - Through the hypothesis of the Kelvin model, the wave equation in the condition of less distortion in the sticky elasticity, attenuation coefficient expression of vertical and transverse wave are analyzed. The results show that attenuation of sticky elasticity wave has positive correlation with frequency.
在Kelvin模型假设的基础上，分析并给出了小变形条件下粘弹性介质中的波动方程，以及纵波和横波的衰减系数复数形式表达式，从而得出：粘弹性散体介质波的衰减与频率正相关； - The Kelvin solution to the static linear elastic problem is used as the weighted function to derive the boundary integral equation for steady-state vibration problems.
本文用静线弹性问题的开尔文解作为权函数导出了稳态振动问题的边界积分方程。 - The New Inferring Method of Kelvin Equation
Kelvin方程的新推导方法 - Then the discrete dynamic equation of the deploying viscoelastic beam is derived by introducing the differential operators of Kelvin model and in virtue of the method of modal function.
然后引入Kelvin模型的微分算子，并通过模态函数法，得到伸展粘弹性梁的离散动力学方程。 - Von Karman's large deflection theory and Kelvin's viscoelastic damping model were applied to derive the governing equation, while the first order piston theory was used to simulate the gas pressure applied on the panel.
采用VonKarman大变形理论及Kelvin粘弹阻尼模型建立壁板的动力学方程，通过线性活塞理论建立气动力模型。