Jet Engines: Fundamentals of Theory, Design and Operation

The book provides a great foundation in jet propulsion principles and theory for aeronautical engineers. The book is well organized and well written with clear and easy to follow explanations. This is a reader-friendly book that most people ranging from pilots to mechanical or aeronautical engineering students who require a down to earth book that teaches the fundamentals of jet engines will find interesting and informative.

This book was exactly what I was looking for. I am a third year mechanical engineering student interning with Honeywell. I have a good understanding of mechanical systems in general, but no prior experience with turbine engines. I just wanted a book that I could read in a week or so that would help me understand the basics (What is a stator? How do these things generate thrust? etc.) This book was very dry, but to the point, which I appreciated.

Perhaps the most friendly book on the complex mechanics of the modern turbine engine. The author break down the stages of the working jet engine chapter by chapter begaining with intake follow by compressor, etc. A must reading for any commercial pilot upgrading to turbine engine, power plant mechanics trainees, or anyone who is interested in fundamental workings of a jet turbine engine.

I AM AN AIRCRAFT MECHANIC WITH 15 YEARS OF EXPERIENCE IN AVIATION.I WANTED TO FURTHER MY KNOWLEDGE AND UNDERSTANDING OF JET ENGINES. A STEP BEYOND THE BASIC FACTS THAT THERE IS A COMPRESSOR, A COMBUSTION CHAMBER, A TURBINE AND SO ON........."JET ENGINES FUNDAMENTALS..." BY "KLAUS HUNECKE" TURNED OUT TO BE AN EXCELLENT CHOICE I MADE ON MY FIRST BOOK IN THIS SUBJECT. THE AUTHOR HAS DONE AN EXCELLENT JOB IN EXPLAINING THE THEORY BEHIND THE DESIGN AND OPERATION OF JET ENGINES. THE BOOK GIVES YOU A GOOD UNDERSTANDING OF THE DIFFERENCES BETWEEN TURBOJET,TURBOFAN AND TURBOSHAFT ENGINES. WHY THE COMPRESSOR BLADES HAVE A TWIST IN THEIR CONSTRUCTION AND WHY AN ENGINE INSTALLED ON A FIGHTER JET NEEDS TO HAVE A DIFFERENT INLET DESIGN THAN AN AIRLINER....MOST OF ALL THESE COMPARISONS AND DESIGN FEATURES ARE FURTHER EXPLAINED BY LAWS OF PHYSICS AND FLUID-MECHANICS. I THINK AN ENTHUSIAST WITH SOME KNOWLDGE OF LAWS OF PHYSICS, THERMODYNAMICS AND FLUID MECHANICS IS THE ONE WHO WOULD FULLY BENEFIT AND APPRECIATE THE CONTENTS OF THIS BOOK.

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.