mechanical

This book is used at UCLA for a senior mechanical/aerospace engineering course. I would only recommend it to someone interested in pursuing graduate level course work in combustion. Suggested Prereq: Heat & MassX, Fluids, Chemistry, Thermodynamics, Differential Equations (ODE, PDE, CPU).

The good
It has good references to modern combustion sources/codes. good introduction to whats possible.

The bad
A lot of derivations are made, but the equations arent solved, except for the trivial or ultra-simplified cases. So its not too useful for a practicing engineer.

The ugly
He mispells prior as priori about 20 times, and refers to variable as rs. You dont know if it is r times s, or if it is multiple r's.

An excellent introductory book on combustion. Suitable for an undergraduate course or for self-study. Fundamental concepts are clearly explained with many calculation examples and problems to solve. The material is presented in a very attractive and easy to read way. Also, has numerous references to webpages with useful information, plus computer programmes to solve basic problems, like equilibrium composition. The overall approach is to provide tools to make practical calculations using computational tools.

An appreciable attempt to cover the basics of all aspects of combustion science on a first comburtion-science course level, this book does manage to be very clear and structured, with good examples and clarifying illustrations, students of combustion science will find it a very helpful introduction. However, as many science books often are, it fails to present a synthetic view of this field, and the reader is left wondering if such a view is even possible, but the different chapters may serve those interested specifically in them.