工程热力学

Acknowledge the important role of Engineering Thermodynamics in practical project application.

了解工程热力学在工程应用中的重要作用。

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。

In this course, we will review some basic concepts and basic laws of thermodynamics in chapter one, which is connected with engineering thermodynamics.

本课程第一章回顾了热力学的基本概念和基本定律，与本科工程热力学课程相衔接。

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。

According to the engineering thermodynamic theory, the inflating work and ebulliency work exerted by the materials composed of liquid, vapour and gas during the adiabatic process are calculated.

运用工程热力学的理论计算组成物料的各气体、汽体、液体于绝热过程中对外所作的膨胀功、爆沸功。