Contributes to improving energy efficiency and achieving a sustainable society. Introduces the basic principles of heat conversion and control, as well as the mechanisms of various heat engines.
This document explains "Thermal Engineering," which involves learning about the principles, laws, and control methods for converting thermal energy into power, heating and cooling, and electricity generation. Using diagrams and graphs, it clearly introduces the basic principles of thermal engineering, the mechanisms of various heat engines, and the types and characteristics of heat transfer phenomena. It also covers the equipment configuration of thermal power plants and the principles of the "refrigeration cycle" in refrigerators. [Contents] 1. Methods for converting thermal energy into power 2. Cycle of internal combustion engines 3. Cycle of steam turbines 4. Cycle of refrigerators and heat pumps 5. Basics of heat transfer phenomena 1 6. Basics of heat transfer phenomena 2 *The document can be viewed immediately by downloading the catalog.
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【Table of Contents】 ■Heat Energy Conversion Devices ■Methods for Converting Heat Energy into Work (Power) ■Operating Principles of Piston-Type Internal Combustion Engines ■Operating Principles of Gas Turbines ■Equipment Configuration of Thermal Power Plants ■Nuclear Fission Reactions and Reactors ■Mechanism for Generating Refrigeration ■Vapor Compression Refrigeration Cycle ■Heat Transfer by Conduction ■Heat Transfer by Convection ■Heat Transfer by Radiation ■Heat Transfer Involving Phase Changes
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