Charles Proteus Steinmetz's original math model is a natural outgrowth of Nikola Tesla's polyphase power systems. Tesla was the discoverer, but Steinmetz was the builder who first applied Versor Algebra to the analysis of alternating current power systems.In my presentation and book Four Quadrant Representation of Electricity, my extension of Steinmetz's work is presented in the most simple way possible using very simple analogies, pictures and diagrams. It was a very difficult task as the goal was to facilitate an understanding for the layman.That presentation was given at the 2013 Energy Science &amp; Technology Conference and shortly thereafter, the book version was released, which went into more detail that was not covered in the presentation.Tesla's polyphase power system was originally four poles or four phases. Steinmetz is the one who adapted it into a three pole or three phase system, which is the prominent system of today. The complication is that three phase systems cannot be explained by conventional mathematics. With three phase systems, there is no plus or minus and that is the reason why the conventional math doesn't work anymore.That left a big gap in polyphase power systems until Dr. Fortescue came up with the system of Symmetrical Coordinates. This laid the groundwork for polyphase mathematics for any number of phases. And ultimately, it can be extended into the Pythagorean understanding of numbers.The "Fortescue Method" was never fully developed because of its complexity. The proper name for this is "Sequence Algebra" and the rudiments were presented in my presentation and book Four Quadrant Representation of Electricity.Even though the system has become adopted for general engineering usage, Versor Algebra as Applied to Polyphase Power Systems and/or Versor Algebra Vol. II, Special Theories of Sequence Operators as Applied to Power Engineering is the first theoretical basis that has ever been presented on the subject.Versor Algebra as Applied to Polyphase Power Systems and/or Versor Algebra Vol. II, Special Theories of Sequence Operators as Applied to Power Engineering is the next logical step after Four Quandrant Representation of Electricity as it takes the reader into the mathematical journey of the mathematical model and theory that is necessary to realize the unique electrical waves that exist in polypahse power systems. These waves are actually beyond the original understanding of Tesla and Steinmetz with regard to polyphase power systems.It is important to understand that this is all possible with simple 9th grade algebra. I take the reader through a step-by-step process from very basic algebra and log-rhythms into the more complex subject. The process involves very simple but numerous steps to guide the reader into the understanding of polyphase mathematics.Through my own journey in writing this Versor Algebra book, I have been able to unify the polyphonic music of Bach and his contemporaries as this music follows the logic of sequence algebra perfectly.In fact, the book was written when listening to this music, which aided the process greatly.

Versor Algebra: As Applied to Polyphase Power Systems, Part 1

Science & Math

Dollard, Eric P.

Mathematics

Independently published

Eric Dollard is a legendary electrical engineer trained by RCA, Bell Labs and the US Navy. He is the only man alive to have successfully replicated Nikola Tesla's wireless electricity technology and is considered to be the modern living Tesla. Because of his contribution to electrical science and his advancements in a Tesla-Alexanderson type of Advanced Seismic Warning System, the Federal Government's documents in relation to this project refer to him as Dr. Eric Dollard, which confers to him an honorary PhD. His fans lovingly refer to him as Professor Dollard. The Lone Pine Writings (Part 1) and its content was developed out of the general frustration of the author when trying to teach others about his work in electrical engineering. This collection of papers started appearing in discussion threads on Energetic Forum around 2011. At the time, Eric Dollard was living in his famous 1980 Toyota Corolla, in the harsh wastelands of Lone Pine, California. Originally, Eric wrote the material out on paper and mailed it to a colleague who transcribed the material and posted it in the forums under the pseudonym "T-REX". Each paper or letter was called a "transmission" in honor of the language of a radio operator and contained information on specific electrical engineering terms and how they are to be used. The original format of the material is retained in this edition of the book. The phenomena we call "electricity" is a dynamic, but artificial presentation of the Natural World, and because of this, its behavior follows specific rules. Understanding these specific behaviors is the key to engineering this phenomena, but developing a common language with which to describe these behaviors is the key to teaching others these engineering skills. The purpose of this book is to provide clarity for the electrical engineering community regarding the use of common terms for electrical units. The last attempt to standardize this language was made by Oliver Heaviside over 100 years ago and his effort was met by censure from the Royal Society of London. It is hoped that the release of this book will be met with a more enlightened response. Peter A. Lindemann, D.Sc. Editor, A &amp; P Electronic Media A portion of the proceeds will go to EPD Laboratories, Inc., a 501(c)3 tax-deductible non-profit corporation that supports Eric Dollard in advancing the electrical sciences.

A Common Language for Electrical Engineering: Lone Pine Writings

Engineering & Transportation

Engineering

CreateSpace Independent Publishing Platform

This is a continuation of Part 1 - Charles Proteus Steinmetz's original math model is a natural outgrowth of Nikola Tesla's polyphase power systems. Tesla was the discoverer, but Steinmetz was the builder who first applied Versor Algebra to the analysis of alternating current power systems. In my presentation and book Four Quadrant Representation of Electricity, my extension of Steinmetz's work is presented in the most simple way possible using very simple analogies, pictures and diagrams. It was a very difficult task as the goal was to facilitate an understanding for the layman. That presentation was given at the 2013 Energy Science &amp; Technology Conference and shortly thereafter, the book version was released, which went into more detail that was not covered in the presentation. Tesla's polyphase power system was originally four poles or four phases. Steinmetz is the one who adapted it into a three pole or three phase system, which is the prominent system of today. The complication is that three phase systems cannot be explained by conventional mathematics. With three phase systems, there is no plus or minus and that is the reason why the conventional math doesn't work anymore. That left a big gap in polyphase power systems until Dr. Fortescue came up with the system of Symmetrical Coordinates. This laid the groundwork for polyphase mathematics for any number of phases. And ultimately, it can be extended into the Pythagorean understanding of numbers. The "Fortescue Method" was never fully developed because of its complexity. The proper name for this is "Sequence Algebra" and the rudiments were presented in my presentation and book Four Quadrant Representation of Electricity. Even though the system has become adopted for general engineering usage, Versor Algebra as Applied to Polyphase Power Systems and/or Versor Algebra Vol. II, Special Theories of Sequence Operators as Applied to Power Engineering is the first theoretical basis that has ever been presented on the subject. Versor Algebra as Applied to Polyphase Power Systems and/or Versor Algebra Vol. II, Special Theories of Sequence Operators as Applied to Power Engineering is the next logical step after Four Quandrant Representation of Electricity as it takes the reader into the mathematical journey of the mathematical model and theory that is necessary to realize the unique electrical waves that exist in polypahse power systems. These waves are actually beyond the original understanding of Tesla and Steinmetz with regard to polyphase power systems. It is important to understand that this is all possible with simple 9th grade algebra. I take the reader through a step-by-step process from very basic algebra and log-rhythms into the more complex subject. The process involves very simple but numerous steps to guide the reader into the understanding of polyphase mathematics. Through my own journey in writing this Versor Algebra book, I have been able to unify the polyphonic music of Bach and his contemporaries as this music follows the logic of sequence algebra perfectly. In fact, the book was written when listening to this music, which aided the process greatly.

Versor Algebra: Special Theories of Sequence Operators as Applied to Power Engineering, Part 2

Electromagnetic Induction and its Propagation: A Sequel to the Work of Oliver Heaviside of the Same Title - Part 2

The Electrical Utility in a Digital Age & Revival of the Science of Electricity in the Digital Age

Davies,Simon

Electromagnetic Induction and its Propagation: A Sequel to the Work of Oliver Heaviside of the Same Title, Part 1

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