0011219491

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0011219491 refers to the application field of engineering thermodynamics and the working principle of its application. It mainly involves the study of the transfer and conversion of energy, as well as the corresponding changes of the thermodynamic system.Engineering thermodynamics is one of the important branches of engineering. It is a discipline that studies the motion of molecules in thermodynamic systems, the relationship between energy and work, the physical and chemical changes of substances, and the corresponding physical laws, and uses them to predict the thermodynamic behavior of engineering systems.In this application field, the basic goal is to investigate the thermodynamic behavior of materials, systems, and processes. In engineering thermodynamics, the basic problem generally appears as energy conversion and transfer, that is, to convert energy into useful work or heat. Therefore, the goal of engineering thermodynamics is to analyze the performance of the thermodynamic system under certain conditions.The working principle of engineering thermodynamics is the study of the physical properties of the substances in a certain thermodynamic system, and the laws of thermodynamics governing energy conversion and transfer. It is divided into thermodynamic processes, thermodynamic properties and processes, thermochemical reaction processes, chemical equilibrium, fluid dynamics, and heat transfer.On the whole, engineering thermodynamics is based on the economy principle and the conservation type principle. The economy principle states that thermodynamic processes of all kinds should be conducted in an economical manner so as to obtain the lowest possible cost of production, and also the smallest possible amount of energy. This principle states that the energy exchange during the process should be minimized, and the overall expenditure cannot exceed a certain certain value.The conservation type principle states that energy conservation is the basic law of engineering thermodynamics, and the amount of energy must remain unchanged during the process of transfer and energy conversion. This law is the basis of engineering thermodynamics.In addition, there are some other principles to be taken into account in engineering thermodynamics, such as the energy flow principle, the entropy principle, the laws of thermodynamics, and the laws of thermodynamic systems. These principles are used to study and analyze the energy conversion and transfer process, and to determine the performance of the thermodynamic system.In conclusion, engineering thermodynamics is a vast field of application. It is used to study the physical and chemical properties of the substances in a certain thermodynamic system, the laws of thermodynamics governing energy conversion and transfer, and to predict the behavior of engineering systems. It can also be used to analyze the energy conversion and transfer process, and to determine the performance of the thermodynamic system.

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