following mechanical engineering program outcomes: To provide a thorough understanding of the application of classical thermodynamics to practical problems. To provide an introductory treatment of thermodynamics for an expanded range of materials including gas mixtures and real gases To provide limited design experience for systems requiring significant considerations of thermodynamics and heat transfer Comprehension of engineering fundamentals Development of analytical skills Development of open-ended design problem solving skills Ability to integrate analytical,problem solving,and design skills Development of decision-making skills Development of innovative character Development of ethical responsibility in a global,social,intellectual and technological context Development of curiosity and persistence for continuous learners Ability of technical communication(both written and oral)through in-classroom activities,and examinations 课程目标与内容 1.掌握热能和机械能相互转换的基本规律，并能推广应用于其它能量的转换问题。 (1.2,1.3) 2.掌握热力过程和热力循环的分析方法，能对实际热工过程和热力循环进行科学抽象和 *课程目标 分析，了解提高能量利用经济性的基本原则和主要途径。(1.3,21) 3. 了解工质热物性的一般关系式及利用通用图表获取热物性的原理和方法。(1.1) 4. 强化从实际问题抽象为理论，并运用理论知识设计热力系统、解决实际问题的能力。 (3.1,5.2,9.1)following mechanical engineering program outcomes: • To provide a thorough understanding of the application of classical thermodynamics to practical problems. • To provide an introductory treatment of thermodynamics for an expanded range of materials including gas mixtures and real gases • To provide limited design experience for systems requiring significant considerations of thermodynamics and heat transfer • Comprehension of engineering fundamentals • Development of analytical skills • Development of open-ended design problem solving skills • Ability to integrate analytical, problem solving, and design skills • Development of decision-making skills • Development of innovative character • Development of ethical responsibility in a global, social, intellectual and technological context • Development of curiosity and persistence for continuous learners • Ability of technical communication (both written and oral) through in-classroom activities, and examinations 课程目标与内容 *课程目标 1. 掌握热能和机械能相互转换的基本规律，并能推广应用于其它能量的转换问题。 （1.2,1.3） 2．掌握热力过程和热力循环的分析方法，能对实际热工过程和热力循环进行科学抽象和 分析，了解提高能量利用经济性的基本原则和主要途径。（1.3，2.1） 3．了解工质热物性的一般关系式及利用通用图表获取热物性的原理和方法。（1.1） 4．强化从实际问题抽象为理论，并运用理论知识设计热力系统、解决实际问题的能力。 （3.1，5.2，9.1）