The optimal integration and simulation of heat transfer network is the most active area in the study of systematic engineering of heat utilization.
热量传递网络的优化综合与模拟，一直是热量利用系统工程的最活跃的研究领域。
On the basic of mechanism analysis, this paper deduces the mathematics model of heat transfer of shallow buried underground engineering.
在分析浅埋工程围护结构传热机理的基础上，给出浅埋工程围护结构传热的数学模型。
The thermal mechanical analysis for the coupled problems of interaction between heat transfer and contact processes can be found in many engineering fields.
考虑传热接触耦合作用的热力学分析问题大量存在于工程中，分析的难点是必须考虑热与可移动接触边界间的耦合作用。
Fluid Mechanics, Heat Transfer, and Mass Transfer: Chemical Engineering Practice.
流体力学，传热，传质：化学工程实践。
In heating, ventilating, air conditioning and other engineering system, there are many problems concerned with convection heat transfer.
在供热、供燃气、通风与空调以及其它许多工程系统中，对流换热问题广泛存在。
According to the engineering exergy transfer theory, the exergy transfer model for 1-n type heat exchanging chain is constructed and the corresponding evaluating criterions are established.
依据工程传递原理建立1 -N型热交换链的传递模型，并确立相应的评价准则。
Course 2.51 is a 12-unit subject, serving as the Mechanical Engineering department's advanced undergraduate course in heat and mass transfer.
本课程2.51是一个12个单位时间的课题，是机械工程系大学部之高等热质传递的课程。
A dynamic simulation of sun-light greenhouse thermal environment was made by using the heat transfer and bio-environmental engineering theory.
本研究运用传热学和生物环境工程学的理论，建立了日光温室热环境的动态数学模型。
Heat transfer of shallow buried underground engineering is a very complicated transient one.
浅埋工程围护结构传热是一个非常复杂的非稳态传热。
The experiments involve different branches of Mechanical Engineering knowledge, so we try to assign the students for maximum exposure to heat transfer, dynamics, thermo, fluid mechanics, etc.
各项实验需应用机械工程领域中不同的知识，因此我们在分组时会尽可能使同学接触到热传学、动力学、热力学、及流体力学等领域。
The investigation on hydrodynamics & heat transfer in the bottom zone in circulating fluidized beds (CFBs) is of importance for engineering applications.
循环流化床（CFB）底部区流动与传热特性的研究是一个具有十分重要的工程背景的课题。
Volumetric expansion coefficient and compressibility of water and steam are important parameters usually applied in the reactor thermal hydraulic, heat transfer and engineering thermodynamics.
水和蒸汽的体膨胀系数和压缩率是反应堆热工水力、传热学和工程热力学中常用的参数之一。
The present paper deals with a reactor network comprehensive model for the engineering use orented three dimensional heat transfer numerical calculation of utility boiler furnaces.
文中介绍一种适合于工程应用的电站锅炉炉膛三维传热值计算的反应器网络综合模型；
Applying Nusselt s liquid film theory to the contact melting heat transfer process, we obtain the theoretical formulas convenient to engineering calculation.
应用努谢尔特液体边界层理论，求得了便于工程计算用的接触熔化传热过程的理论解。
Heat Transfer, Fluid dynamics, Engineering Thermodynamics, Mechanics of Materials, General Chemistry.
传热学，流体力学，工程热力学，材料力学，普通化学。
This paper presents a numerical prediction of natural convection heat-transfer from inclined channels formed by slates of shutter with variable fluid-property in refrigerating engineering.
本文对百叶窗式叶片形成的倾斜通道，在制冷工程范围内变物性条件下，自然对流换热进行了数值预测。
Introduction the PCC Thermal Group of companies are expert in the fields of heat transfer and combustion engineering.
介绍PC C燃烧热能集团公司是传热和燃烧工程方面的专家。
Using multivariate linear analysis, a heat transfer equation from the experiment results was suggested for engineering application.
应用试验结果和多元线性回归方法，拟合出适合试验数据的经验关系式。
Taking heat transfer process for an example, this paperexpound the fundamental methods of computer-simulation for processes of chemical engineering.
本文以传热过程为例阐明了计算机模拟化工过程的基本方法。
Flow and heat transfer in porous, which is one of the most interested issues in the engineering thermo-physics, is frequently encountered in many fields of science and engineering.
多孔介质中的流动与传热涉及许多工程应用，已经成为当前工程热物理学科最为活跃的前沿研究领域之一。
An engineering formula for estimating turbulent base heat transfer of hypersonic flow is given on the basis of flight data and the experimental results in shock tunnel.
本文综合飞行数据和激波风洞中的实验结果，给出了一个计算湍流底部热的工程方法。
This paper describes some beneficial measures which have been taken by the Oil-Gas Storage and Transportation Engineering in construction and practice course of Heat Transfer.
我院油气储运专业通过传热学课程建设实践，组建了一支结构合理的上课教师队伍，确立了教学内容，完善了教学文件；
Academic Main Courses: Chemical Engineering Transfer, Chemical Engineering Thermodynamics, Physical mathematics Equation, Probability and Statistics, Enhanced Heat Transfer, Mass Transfer.
在校期间所学课程有：化工传递、化工热力学、数理方程、数理统计、强化传热、传质学等，成绩优秀。
Academic Main Courses: Chemical Engineering Transfer, Chemical Engineering Thermodynamics, Physical mathematics Equation, Probability and Statistics, Enhanced Heat Transfer, Mass Transfer.
在校期间所学课程有：化工传递、化工热力学、数理方程、数理统计、强化传热、传质学等，成绩优秀。
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