热传递系数 coefficient of heat transfer; coefficient of thermal conduction; overall heat transfer coefficient; thermal tra fer coefficient; thermal tra mi ion coefficient; thermal transfer coefficient; thermal transmission coefficient
The mathematical model of the tr ansfer coefficient of carbon was deduced based on the kinetics of weight gain du ring gas carburizing 从渗碳增重动力学出发,推导出渗碳过程混合控制阶段界面传递系数的计算公式。
Thermal performance of windows , doors and shutters - determination of thermal transmittance by hot box method - part 2 : frames ; german version en 12412 - 2 : 2003 门窗和百页窗的热性能.热箱法测定热传递系数.第2部分
Thermal performance of windows , doors and shutters - determination of thermal transmittance by hot box method - part 4 : roller shutter boxes ; german version en 12412 - 4 : 2003 门窗和百页窗的热性能.热箱法测定热传递系数.第4部分
Thermal performance of windows , doors and shutters - calculation of thermal transmittance - part 2 : numerical method for frames iso fdis 10077 - 2 : 2003 ; german version en iso 10077 - 2 : 2003 门窗和百叶窗的热性能.热传递系数的计算.第2部分:框
Based on the geological survey , the stability of landslide and slump were determined in terms of slip force calculated by using transfer coefficient method 在地质勘探的基础上,采用传递系数法计算滑坡推力,从而确定滑坡体和滑塌体的稳定性。
There is trial calculation question in the process calculating safety factor by transfer coefficient method . it can be resolved by iterative method 在用传递系数法求解边坡的稳定安全系数时存在试算的问题,采用迭代法可以较好的解决这个问题。
( 2 ) study the 4 plastic limit equilibrium methods , such as fellenius method , bishop method , transfer coefficient method and plane linear method , and their program design ( 2 )常用的4种极限平衡法:瑞典法,简化毕肖普法,传递系数法和平面直线法研究并进行程序设计。
On basis of the calculation method of residue sliding force , the transfer coefficient method is improved to obtain the slide block balance method , the application scope of which is wider 在滑坡剩余下滑力的计算方法上,改良传递系数法,提出了精度更高,适用范围更广泛的广义不平衡推力法。
The calculated results show that the main reason why the g as carburizing process is accelerated is due to the obvious increase in the diff usion coefficient and transfer coefficient of carbon resulted from the addition of re 稀土元素加速渗碳过程的主要原因是增加了碳在奥氏体中的扩散系数,同时提高了碳的界面传递系数。
Based on the linear model of governing object , this paper calculates the turbine turbine transfer coefficients and six ki parameters of generator in different work point , and the effect of these changing on latent root are calculated 以调节对象线性化模型为基础,从1个实例计算入手,计算了不同工况下水轮机传递系数和发电机6个参数的变化情况,进而计算这些参数变化对调节对象特征根的影响。