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Automotive Engine Fundamentals | 汽车发动机原理

Shijin Shuai, Zhi Wang, and Xiao Ma

The course consists of two parts. The first part explains the engine's power output, i.e. power, and energy conversion efficiency, i.e. fuel economy, from the perspective of the whole machine and the macroscopic perspective, including engine performance indicators and influencing factors, fuel, working fluid and thermochemistry. Working cycle and energy utilization, ventilation process and intake air charge, operating characteristics and vehicle matching, etc. The second part explains the combustion process and emission characteristics of the engine from a local and micro perspective, including basic knowledge of combustion, mixture formation and combustion of diesel and gasoline engines, harmful substance generation mechanism and control, new combustion methods and alternative fuel engines wait. During the course teaching, the comparative analysis of gasoline engines and diesel engines is always carried out so that students can better understand the working principle of the engines.

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The course consists of two parts. The first part explains the engine's power output, i.e. power, and energy conversion efficiency, i.e. fuel economy, from the perspective of the whole machine and the macroscopic perspective, including engine performance indicators and influencing factors, fuel, working fluid and thermochemistry. Working cycle and energy utilization, ventilation process and intake air charge, operating characteristics and vehicle matching, etc. The second part explains the combustion process and emission characteristics of the engine from a local and micro perspective, including basic knowledge of combustion, mixture formation and combustion of diesel and gasoline engines, harmful substance generation mechanism and control, new combustion methods and alternative fuel engines wait. During the course teaching, the comparative analysis of gasoline engines and diesel engines is always carried out so that students can better understand the working principle of the engines.

This course consists of two parts. The first part describes the engine power outputs (dynamic performance) and energy conversion efficiency (fuel economy) integrally, including the engine performance and factors which affects it, fuel, working medium, thermochemistry, the operating cycle and energy utilization, gas exchange process ,intake charge quantity, operation characteristics and the its match of the entire vehicle, etc. The second part describes the combustion process and emission characteristics of the engine ,including the fundamentals of combustion, the mixture formation and combustion of diesel and gasoline engines, the formation and control of harmful substances, new combustion modes and other alternative fuel engines, etc. The comparative analysis between gasoline engine and diesel engine will be conducted during the whole lecture, so that students can better understand the working principle of the engine.

What you'll learn

Engine performance and factors which affects it Engine performance and factors which affects it

Fuel, working medium and thermochemistry Fuel, working medium and thermochemistry

Engine operating cycle and energy utilizationOperating cycle and energy utilization

The process of gas change and intake charge quantity of the engine

Operating characteristics and the match to the entire vehicle Operating characteristics and the match to the entire vehicle

The fundamentals of combustionThe fundamentals of combustion

The mixture formation and combustion of diesel and gasoline engines The mixture formation and combustion of diesel and gasoline engines

The formation and control of harmful substancesThe formation and control of harmful substances

New combustion modes and other alternative fuel engines New combustion modes and other alternative fuel engines

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Provides a thorough overview of engine performance, fuel economy, combustion processes, and emission characteristics
Suitable for individuals interested in deepening their understanding of internal combustion engines, particularly for automotive applications
In-depth analysis of engine operation, making it valuable for students and professionals in mechanical or automotive engineering
Taught by experienced instructors with expertise in engine design and development
Covers both gasoline and diesel engines, providing a comprehensive understanding of engine technologies
May require some prior knowledge of thermodynamics and fluid mechanics for full comprehension

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Career center

Learners who complete Automotive Engine Fundamentals | 汽车发动机原理 will develop knowledge and skills that may be useful to these careers:
Automotive Designer
Automotive Designers are experts in designing and developing the visual and functional qualities of automobiles. They work in different areas such as exterior design, interior design, and color and materials design. Being skilled in thermodynamics and engineering principles helps Automotive Designers understand how to make vehicles more efficient, safe, and comfortable. This course can help build a foundation for an Automotive Designer, with topics ranging from the understanding of an engine's power output to its combustion process and emission characteristics.
Automotive Engineer
Automotive Engineers are responsible for designing, developing, testing, and manufacturing automobiles and their components. They work in a wide range of areas, including powertrain, chassis, and vehicle dynamics. This course can be useful for an Automotive Engineer who needs a deeper understanding of engine fundamentals, from its power output to combustion process.
Powertrain Engineer
Powertrain Engineers focus on the design and development of powertrains, which include engines, transmissions, and driveline components. They work in the automotive industry and are responsible for ensuring that powertrains meet performance, efficiency, and emissions requirements. This course can help provide a solid foundation for a Powertrain Engineer, as it covers engine fundamentals, including power output, energy conversion efficiency, and combustion process.
Alternative Fuel Engineer
Alternative Fuel Engineers focus on the design and development of vehicles and engines that use alternative fuels, such as biofuels, hydrogen, and electricity. They work in the automotive industry and are responsible for ensuring that vehicles meet performance, efficiency, and emissions requirements. This course can help build a foundation for an Alternative Fuel Engineer with topics ranging from engine fundamentals to alternative fuel engines.
Propulsion Engineer
Propulsion Engineers focus on designing and developing propulsion systems for vehicles. They work in the automotive industry and are responsible for ensuring that propulsion systems meet performance, efficiency, and emissions requirements. This course can be useful for a Propulsion Engineer, as it provides an understanding of engine fundamentals, including combustion process and alternative fuel engines.
Emissions Engineer
Emissions Engineers focus on designing and developing ways to reduce emissions from vehicles. They work in the automotive industry and are responsible for ensuring that vehicles meet emissions regulations. This course can help build a strong foundation for an Emissions Engineer, as it covers combustion fundamentals, including harmful substance formation and control, and emission characteristics.
Combustion Engineer
Combustion Engineers focus on the design and development of combustion systems, including engines, furnaces, and boilers. They work in a variety of industries, including automotive, aerospace, and manufacturing. This course can be useful for a Combustion Engineer, as it covers combustion fundamentals and engine combustion processes.
Fuel Economy Engineer
Fuel Economy Engineers focus on designing and developing ways to improve fuel economy in vehicles. They work in the automotive industry and are responsible for ensuring that vehicles meet fuel economy regulations. This course can be useful for a Fuel Economy Engineer, as it covers energy conversion efficiency, including fuel economy and energy utilization.
Engine Calibration Engineer
Engine Calibration Engineers focus on calibrating engines to meet performance, efficiency, and emissions requirements. They work in the automotive industry and are responsible for ensuring that engines operate optimally under a variety of conditions. This course may be useful for an Engine Calibration Engineer, as it provides an understanding of engine fundamentals, including power output, fuel economy, and emissions characteristics.
Powertrain Controls Engineer
Powertrain Controls Engineers focus on the design and development of control systems for powertrains, including engines and transmissions. They work in the automotive industry and are responsible for ensuring that powertrains operate efficiently and reliably. This course can be useful for a Powertrain Controls Engineer, as it provides an understanding of engine fundamentals, including power output, energy conversion efficiency, and emissions characteristics.
Mechanical Engineer
Mechanical Engineers are involved in the design, development, testing, and manufacturing of a wide range of products, including automobiles. They work in a variety of industries, including automotive, aerospace, and manufacturing. This course may be useful for a Mechanical Engineer interested in automotive engineering or other fields where understanding engine fundamentals is important.
Thermal Engineer
Thermal Engineers focus on the design and development of thermal systems, including engines. They work in a variety of industries, including automotive, aerospace, and manufacturing. This course can be useful for a Thermal Engineer, as it covers thermochemistry and heat transfer, which are important aspects of engine design.
Vehicle Performance Engineer
Vehicle Performance Engineers focus on the design and development of vehicles to meet performance and efficiency requirements. They work in the automotive industry and are responsible for ensuring that vehicles meet safety, handling, and acceleration requirements. This course may be useful for a Vehicle Performance Engineer, as it provides an understanding of engine fundamentals, including power output and energy conversion efficiency.
Vehicle Dynamics Engineer
Vehicle Dynamics Engineers focus on the design and development of vehicle handling and stability systems. They work in the automotive industry and are responsible for ensuring that vehicles meet safety and performance requirements. This course may be useful for a Vehicle Dynamics Engineer, particularly those focusing on powertrain integration or vehicle performance analysis.
Automotive Service Technician
Automotive Service Technicians diagnose, repair, and maintain vehicles. They work in a variety of settings, including dealerships, independent garages, and fleet maintenance facilities. This course may be useful for an Automotive Service Technician, as it provides a basic understanding of engine fundamentals, including its power output, energy conversion efficiency, and combustion process.

Reading list

We've selected nine books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Automotive Engine Fundamentals | 汽车发动机原理.
This classic textbook provides a comprehensive overview of the fundamental principles of internal combustion engines, including thermodynamics, fluid mechanics, and combustion processes. It valuable resource for students, engineers, and researchers in the field of engine design and development.
This textbook provides a comprehensive overview of the principles of combustion engineering, with a focus on applications in power generation and propulsion systems. It valuable resource for students, engineers, and researchers in the field of engine design and development.
This textbook provides a comprehensive overview of the design, operation, and maintenance of automotive engines. It valuable resource for students, engineers, and technicians in the field of automotive engineering.
Covers the latest advances in engine technology, including topics such as turbocharging, direct injection, and hybrid propulsion.
Provides an overview of alternative fuels and advanced vehicle technologies, such as electric vehicles and fuel cell vehicles.

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