Aircraft Powerplants, Seventh Edition, part of the Glencoe Aviation Technology Series (formerly the Northrop Series), is the most comprehensive up-to-date powerplant book on the market today. It has been revised to reflect the latest changes in FAR Part 147 and changing industry needs.

The new edition features expanded coverage of turbine engine theory and nomenclature. It also includes additional current models of turbofan, turboprop, and turboshaft engines. Information on turbine engine fuel, oil, ignition systems has been expanded and divided into separate chapters. And the remainder of the turbine engine material is updated and presented apart from reciprocating engines, allowing for the flexibility of teaching this materials separately or together.

This is the most up-to-date, and indepth, and complete book available on the design, theory, maintenance, and operation of gas turbine engines. It thoroughly explains each system of both large and turbine powerplants showing you design, function, operation, inspection, maintenance, and troubleshooting procedures. Over 500 illustrations and an extensive cross reference between today's aircraft and engines.

Contents
1] History of Turbine Development
2] Jet Propulsion Theory
3] Turbine Engine Design & Construction entrance ducts, accessory section, compressor section, diffuser section, cumbustion section, turbine section, exhaust section, thrust reversers, noise suppression, ventilation and cooling, engine mounts, bearings, materials, engine stations, references
4] Engine Familiarization Pratt & Whitney JT8D turbofan, Allison-250 turboshaft, Pratt & Whitney PT-6 turboprop, GE CFM56 turbofan
5] Inspection & Maintenance line maintenance, heavy shop maintenance, cold and hot section inspection and repair, main bearings and seals, modular maintenance, torque wrench use, locking methods, test cells, TBO and service life, ground and flight data, technical data ID system
6] Lubrication Systems principles and requirements, oil sampling, synthetic lubrication, servicing, dry sump systems, full flow systems, relief valve systems, hot tank vs. cold tank, troubleshooting
7] Fuel Systems principles, controls, water injection, power ratings, components and accessories, several detailed examples
8] Compressor Anti-Stall Systems variable angle vane system, variable angle inlet guides, troubleshooting, anti-stall bleed systems, troubleshooting
9] Anti-Icing Systems operation, regulator valve, controls
10] Starter Systems electric starters, starter generators, pneumatic starter, other systems
11] Ignition Systems main ignition, special handling, joule ratings, ignitor plug type, CFM56 complete system, troubleshooting
12] Engine Instrument Systems EGT indicators, RPM indicators, pressure ratio system, torque indicating systems, fuel flow indicating, oil system indicators, marking of instruments
13] Fire/Overheat Detection & Extinguishing Systems single wire switch, dual wire switch, continous loop system, pneumatic system, fire extinguising, typical commercial airplane system
14] Engine Operation safety precautions, engine run-up, turboprop engine run-up, PT6 operation, engine power ratings, typical operating cautions

An excellent reference book for aviation professionals and enthusiasts who wish to broaden their knowledge of jet engine technology and its associated subjects. The author provides a comprehensive explanation of the components that constitute a gas turbine aero-engine, examining both the design and function of all engine parts. The book covers turbojet, turboprop and turbofan designs in both civilian and military aircraft and provides examples of the engine-to-aircraft relationships used to follow the application of certain engine types to operational requirements. All descriptions are written in a straightforward style and the text is amplified by many diagrams, plans and cutaway illustrations.

Comment
This book lets you see how a real engine operates, not how an idealized, thermodynamically perfect, one does. It's a shame that more books on jet engine technology do not touch on the real world aspects of designing, constructing, and maintaining a turnine engine like this one does. It is a little brief, but would complement a good book on propulsion thermodynamics.

Aircraft (General)teaches you all you need to know about the systems of a modern light aircraft, so that you can fly your aircraft efficiently and safely, while exercising proper care of the aeroplane itself. Systems covered include the electric, electronic, mechanical and hydraulic systems, its engine and its instruments.

For those who fly, a thorough knowledge of the Principles of Flight is also essential if they are to fully appreciate the flight characteristics of their aircraft and become safe and proficient pilots. This interactive, graphically-rich computer-based training (CBT) course provides pilots, whether student or qualified, with an effective and enjoyable method of studying, and testing themselves in, the scientific principles upon which flight depends.

The course is a deep and comprehensive study of the science and mechanics of flight. It is aimed specifically at meeting the needs of the light aircraft pilot. The course content and self-assessment tests satify the demands of the JAA PPL (A) theoretical knowledge syllabus.

• Airframes
• Landing Gear, Tyres & Brakes
• Engines General
• Engine Cooling & Lubrication
• Carburation
• Aero Engine Fuels & Fuel Systems
• Propellers
• Engine Handling
• Electrical & Vacuum Systems
• Pressure Instruments & Gyroscopic Instruments
• Engine Instruments
• Airworthiness
• The Atmosphere
• Subsonic Airflow & the Four Forces on an Aircraft
• Aerofoils, Lift & Drag
• Lift Augmentation & Stability
• Flight & Trimming Controls
• Stalling & Spinning
• Flight & Ground Limitations

Highly illustrated and clearly written, this manual is a must have for pilots. It offers a complete description of turbine aircraft engines and systems including turboprops and jets.
Additional chapters on high-speed aerodynamics, multipilot crew coordination, wake turbulence, and high altitude weather are discussed at length. The book is perfect for not only those involved in pure jet operations; but for those involved in turboprop, multipilot operations, and transition training. It is a key tool for a successful turbine aviation career.

With precision and a sense of humor, the authors cover the basics of operating jet and turboprop aircraft, focusing on the differences between turbines and pistons. This easy-to-read book covers all major turboprop and jet systems, along with such topics as crew coordination (CRM), high-altitude weather, high speed aerodynamics, and preparation for ground school and flight training. Also included are explanations of turbine aircraft terminology and procedures. This book is loaded with straightforward explanations and easy-to-understand illustrations and is an excellent introduction to turbine-powered aircraft for the transitioning pilot and a great reference and review book for experienced turbine pilots.

And there's a CD included! Enthusiastic students and instructors will really enjoy the how-turbines-work CD-ROM. This book/CD combo is excellent preparation for pilots entering the commuter or air taxi world.