The Internet Archive hosts millions of out-of-print textbooks. You can often find a scanned version of C.V. Jones' book available for digital "borrowing" through their controlled digital lending program.
The most reliable way to locate a copy is through global library catalogs.
Dr. Charles Vincent Jones was a prominent researcher and lecturer at the University of Liverpool. During the mid-20th century, electrical machine design was changing rapidly. Engineers needed a more robust, generalized method to predict machine behavior under both steady-state and transient conditions. Jones addressed this need by publishing his seminal work in 1967. Core Concepts of the Unified Theory
The text heavily utilizes matrix methods to solve machine equations, transforming complex physical systems into manageable mathematical expressions.
: Look for open-access repositories like arXiv, DOAJ, or institutional repositories. The most reliable way to locate a copy
The book is available for preview on Google Books , which offers snippet views and bibliographic information.
One set of equations describes DC, induction, and synchronous machines.
: View editions and check availability for digital lending at Open Library Google Books : Preview content and find library listings on Google Books : Find a physical copy in a library near you via Open Library or see how this theory applies to modern induction drives
Understanding the Unified Theory of Electrical Machines: A Guide to C.V. Jones’s Seminal Work During the mid-20th century, electrical machine design was
Shifting from a stationary frame to rotating frames of reference to simplify AC machine analysis.
) can represent almost any electrical machine by altering specific boundary conditions.
If you are looking for specific equations or a particular chapter summary to help with a project,I can also help you find or lecture notes that cover these same principles if you can't access the original book.
: Some libraries offer e-book lending services. and synchronous generators as separate entities
The (often called Generalized Machine Theory) provides a single mathematical framework for all rotating electrical machines and transformers. Instead of studying DC motors, induction motors, and synchronous generators as separate entities, this theory reveals their underlying electromagnetic similarities. Core Concepts of the Theory
variables eliminates time-varying inductances. This makes the equations much easier to solve using computers.
It accurately predicts how a machine behaves during sudden changes, like short circuits or start-up surges.
Instead of treating DC, induction, and synchronous machines as entirely separate entities, Jones employs the Generalized Machine Theory Slideshare Unified Modeling
: Offers a substantial preview of the text , including the table of contents and partial chapters.