Aircraft Powerplants: Powerplant Certification, Tenth Edition

This guide provides comprehensive coverage of aircraft powerplants, including turbine engine theory, operational procedures, maintainability, engine systems operation, and propeller systems. It is updated to align with 2022 FAA regulations and features hundreds of detailed diagrams and real-world examples. An up-to-date solutions manual is available online.

Format: Paperback / softback
Length: 672 pages
Publication date: 17 January 2023
Publisher: McGraw-Hill Education

This comprehensive guide is the ultimate resource for anyone seeking to master the operation and maintenance of aircraft engines and achieve FAA Powerplant certification. Written in plain language, it offers detailed explanations of all current engine components, mechanics, and technologies, making it accessible to a wide range of readers.

The tenth edition of this book has been extensively updated to reflect the latest advances and regulations. It includes expanded coverage of turbine engine theory, operational procedures, maintainability, engine systems operation, and propeller systems. Hundreds of detailed diagrams and real-world examples throughout illustrate each topic, making it easier for readers to understand complex concepts.

In addition to the comprehensive text, an up-to-date solutions manual is available online, providing additional guidance and support to readers. Whether you are a student, aircraft mechanic, or aviation professional, Aircraft Powerplants: Powerplant Certification, Tenth Edition is an essential tool for advancing your knowledge and skills in the field.

Aircraft powerplant classification and progress:

This chapter provides an overview of the different types of aircraft powerplants and their historical development. It covers the classification of reciprocating and gas-turbine engines, as well as the progress made in engine technology over the years.

Reciprocating-engine construction and nomenclature:

This chapter covers the construction and nomenclature of reciprocating engines, including the cylinder, piston, crankshaft, camshaft, valves, and fuel system. It also explains the principles of reciprocating engine operation and the factors that affect engine performance.

Internal-combustion engine theory and performance:

This chapter explains the theory of internal-combustion engines, including the four-stroke cycle, combustion, and the factors that affect engine performance. It also covers the principles of fuel injection, turbocharging, and supercharging, and their effects on engine power and efficiency.

Induction, supercharger, and turbocharger systems:

This chapter covers the principles of induction, supercharging, and turbocharging, and their effects on engine power and efficiency. It also explains the different types of induction systems, superchargers, and turbochargers, and their applications in aircraft engines.

Cooling, exhaust, and lubrication systems:

This chapter covers the cooling, exhaust, and lubrication systems of aircraft engines. It explains the principles of cooling, exhaust, and lubrication, and the different types of cooling systems, exhaust systems, and lubrication systems used in aircraft engines.

Basic fuel systems and carburetors:

This chapter covers the basic fuel systems and carburetors used in aircraft engines. It explains the principles of fuel injection, carburetor operation, and the factors that affect engine performance.

Fuel injection systems:

This chapter covers the principles of fuel injection systems and their applications in aircraft engines. It explains the different types of fuel injection systems, their components, and their operation.

Reciprocating-engine ignition and starting systems:

This chapter covers the principles of reciprocating-engine ignition and starting systems, including the ignition system, starter, and battery. It also explains the factors that affect engine starting and the troubleshooting techniques used to identify and resolve engine starting problems.

Operation, inspection, maintenance, and troubleshooting of reciprocating engines:

This chapter provides detailed instructions on the operation, inspection, maintenance, and troubleshooting of reciprocating engines. It covers the different types of reciprocating engines, their operating procedures, and the maintenance tasks that should be performed regularly.

Reciprocating-engine overhaul practices:

This chapter covers the principles of reciprocating-engine overhaul practices, including the disassembly, inspection, and repair of engine components. It also explains the factors that affect engine overhaul practices and the techniques used to ensure that engines are overhauled correctly.

Principal parts, construction, types, and nomenclature of gas-turbine engines:

This chapter covers the principal parts, construction, types, and nomenclature of gas-turbine engines. It explains the different types of gas-turbine engines, their components, and their operation.

Gas-turbine engine theory and jet propulsion principles and efficiencies:

This chapter explains the theory of gas-turbine engines, including the principles of jet propulsion and the factors that affect engine performance. It also covers the principles of fuel injection, turbine design, and the effects of engine inlet temperature and pressure on engine performance.

Gas-turbine engine fuels and fuel systems:

This chapter covers the principles of gas-turbine engine fuels and fuel systems, including the different types of fuels used in aircraft engines, their properties, and their effects on engine performance. It also explains the different types of fuel injection systems and their operation.

Turbine-engine lubricants and lubricating systems:

This chapter covers the principles of turbine-engine lubricants and lubricating systems, including the different types of lubricants used in aircraft engines, their properties, and their effects on engine performance. It also explains the different types of lubricating systems and their operation.

Ignition and starting systems of gas-turbine engines:

This chapter covers the principles of ignition and starting systems of gas-turbine engines, including the ignition system, starter, and battery. It also explains the factors that affect engine ignition and the troubleshooting techniques used to identify and resolve engine ignition problems.

Turbofan, turboprop, and turboshaft engines:

This chapter covers the principles of turbofan, turboprop, and turboshaft engines, including their construction, operation, and applications in aircraft engines. It also explains the different types of turbofan, turboprop, and turboshaft engines, their components, and their operation.

Gas-turbine operation, inspection, troubleshooting, maintenance, and overhaul:

This chapter provides detailed instructions on the operation, inspection, troubleshooting, maintenance, and overhaul of gas-turbine engines. It covers the different types of gas-turbine engines, their operating procedures, and the maintenance tasks that should be performed regularly.

Propelle:

This chapter covers the principles of propeller design and operation, including the different types of propellers used in aircraft engines, their construction, and their effects on engine performance. It also explains the different types of propeller systems and their operation.

In conclusion, Aircraft Powerplants: Powerplant Certification, Tenth Edition is an essential resource for anyone seeking to master the operation and maintenance of aircraft engines and achieve FAA Powerplant certification. With its comprehensive coverage of all current engine components, mechanics, and technologies, this book provides readers with the knowledge and skills they need to succeed in the field. Whether you are a student, aircraft mechanic, or aviation professional, this book is an invaluable tool for advancing your knowledge and skills in the field.

Weight: 1474g
Dimension: 215 x 277 x 39 (mm)
ISBN-13: 9781264564460
Edition number: 10 ed