19 Best Books on Electrical Methods

“Applied Geophysics” Book Review: The book presents the latest topics and recent developments in the field of geophysics, including physical methods such as gravity, magnetic, seismic, electrical, electromagnetic, radioactivity, and well-logging techniques used for exploration of hydrocarbons and minerals. It addresses new techniques, improved instrumentation, and increased use of computers for data interpretation in geophysics. The book also introduces techniques and methodologies for solving inverse problems, and highlights the uses of time-domain electromagnetic methods and gamma-ray spectrometers. This text is ideal for students and professionals in the field of geophysics.

“Introduction to Geophysical Prospecting” Book Review: The book covers different physical methods, such as gravity, magnetic, seismic, electrical, electromagnetic, radioactivity, and well-logging methods that are used for exploring hydrocarbons and minerals. The book also includes information on newly discovered techniques, better instrumentation, and the use of computers in geophysics for interpreting data.

“Electrical Methods of Geophysical Prospecting” Book Review: This book covers the theory and practice of electrical geophysical methods. It provides a detailed explanation of the physical principles underlying these methods, as well as their applications in a variety of geological and environmental settings. The book is aimed at both students and professionals in the field of geophysics, and is considered to be a valuable reference for anyone working in this area.

“Applied Hydrogeology” Book Review: The book focuses on various aspects of hydrogeology and emphasizes the use of mathematical techniques in problem-solving. The text includes numerous case studies to aid reader comprehension. Tables are provided throughout the chapters to display functions, unit conversions, and additional data to solve problems related to well hydraulics, water chemistry, and contaminant transport. This book will prove beneficial for students, professionals, and researchers interested in advanced hydrology, groundwater hydrology, hydrogeology, and civil engineering.

“Control System Design: An Introduction to State-Space Methods” Book Review: The book aims to provide an introduction to state-space methods that can be directly applied to control system design. It covers various topics, including feedback control, state-space representation of dynamic systems, controllability and observability, dynamics of linear systems, frequency-domain analysis, and dynamic response shaping. The book also includes chapters on linear observers, compensator design by the separation principle, linear and quadratic optimal control, random processes, and Kalman filters. The presented topics and techniques are illustrated with multiple examples for better understanding. This book is suitable for students, professional engineers, and scientists who want to learn about control system design.

“Electric Field Analysis” Book Review: The book presents a complete study of both the physical and mathematical fundamentals of electric fields. It covers various techniques for electric field analysis and their significance in validating numerically computed results. The text discusses methodologies such as finite difference, finite element, charge simulation, and surface charge simulation for numerical computations of electric fields. Practical implementation of available theories is highlighted through problems from power and dielectric engineering, and case studies are included for better understanding of electric field distribution in various scenarios. This book is recommended for students, engineers, and physicists involved in high-voltage insulation system design.

“Electrical Safety Handbook” Book Review: The book is a detailed guide for electricians, electrical system designers, inspectors, and engineers who are involved in industrial and commercial systems. Starting with the hazards of electricity, the initial chapters of the book cover electrical safety equipment, safety procedures and methods, grounding of electrical systems and equipment, regulatory and legal safety requirements and standards, accident prevention, accident investigation, rescue, and first aid. The remaining chapters feature topics related to the health effects of electrical accidents, low-voltage safety, medium and high voltage safety, human factors in electrical safety, safety management, and safety training methods and systems. Throughout the book, several examples and case studies are included to support the content. The book provides relevant methods and techniques for establishing an effective safety program and medical emergency procedure. It is a valuable resource for anyone interested in electrical safety.

“Electrical Estimating Methods” Book Review: The book offers insights into the situations and processes that modern contractors encounter and provides relevant information to enable accurate estimation. The chapters have been updated and revised to focus on the changing materials, techniques, and practices in the field, with a special emphasis on estimating electrical costs. To elaborate on best practices and real-world experiences, the book includes many case studies. The text also includes chapters on electrical demolition, change orders, and project closeouts. Various estimating practice’s advantages and disadvantages are enumerated in this text. The book’s featured topics and concepts will be useful for residential and commercial projects. Electrical contractors and estimators can use this book as a guide.

“Fundamental Numerical Methods for Electrical Engineering” Book Review: The primary objective of the book is to provide an introduction to the most widely used numerical methods in electrical engineering. The chapters of the book cover the methods that are utilized for resolving various equations and problems. The book clearly explains the techniques used for solving linear equations, nonlinear equations, variable functions, and differential equations. Additionally, the book addresses essential mathematical methods like interpolation and integration that play a crucial role in various aspects of electrical engineering. The book is supplemented with numerous flow charts and figures. Electrical engineering students, professionals, and researchers will find this book valuable.

“Electrical Methods in Geophysical Prospecting (Monographs on Electro-magnetic Waves)” Book Review: This book discusses the electrical methods used in geophysical prospecting. The authors provide a detailed description of various geophysical techniques such as resistivity, induced polarization, and self-potential methods. The book also covers the mathematical and physical principles underlying these techniques and discusses their applications in the exploration and characterization of subsurface geological structures.

“The Theory of Inductive Prospecting” Book Review: This book provides an overview of electromagnetic methods in geophysical prospecting, covering topics such as spherical and cylindrical conductors, airborne electromagnetic systems, and the use of advanced 3-D modeling programs. It also delves into airborne resistivity mapping and presents asymptotic electromagnetic expressions. This book is a valuable resource for researchers and professionals in the field.

“Electromagnetic Sounding of the Earth’s Interior (Methods in Geochemistry and Geophysics)” Book Review: This book talks about how we can use electromagnetic methods to explore the Earth. It can help scientists and technologists learn about the theory, techniques, and practical applications of electromagnetic sounding. The book covers different scales, from global to local. It also includes modeling of electromagnetic data and results from on-land and sea explorations. The book shows how algorithms and software can be used to solve problems, and provides data about the electromagnetic properties of different materials. It also explains how to process, analyze, and interpret this data in 3D.

“Three-Dimensional Electromagnetics: Proceedings of the Second International Symposium (Methods in Geochemistry and Geophysics)” Book Review: The book discusses three-dimensional electromagnetics, covering topics such as 3-D EM modeling, inversion, and its practical applications. It presents new solutions for integral equations and discusses finite difference and finite element techniques. It also provides practical 3D information for geophysicists.

“Electromagnetic Sounding of the Earth’s Interior: Volume 40 (Methods in Geochemistry and Geophysics)” Book Review: This book is about electromagnetic sounding of the Earth. It talks about the ways to study the Earth and includes seismic, electrical, and magnetovariational approaches. It provides information on how to collect electromagnetic data in different geological environments. The book explains the practical importance of electromagnetic data in Earth exploration.

“Geophysics for Petroleum Engineers: 10 (Developments in Petroleum Science)” Book Review: The book explains the use of geophysical methods in reservoir engineering. It covers topics such as reservoir understanding, characterization, production, and monitoring. It provides an introduction to geophysical techniques and includes the integration of geophysical data. The book is intended for engineers and provides updates on the changing needs of reservoir engineering.

“Applied Geophysics for Geologists and Engineers: The Elements of Geophysical Prospecting” Book Review: The book covers various geophysical methods including seismic, electrical, electromagnetic, gravity, magnetics, borehole logging, and remote sensing. It provides information on seismic refraction and electrical resistivity techniques. The book is useful for those interested in engineering and groundwater geophysics. It explains electromagnetic and induced polarization methods and includes geophysical borehole logging.

“Geophysical Field Theory and Method, Part A: Gravitational, Electric, and Magnetic Fields (International Geophysics Book 49)” Book Review: This book explains the physical and mathematical principles of geophysical methods used in oil and mineral prospecting, groundwater and engineering problems. It covers various methods like electromagnetic, seismic, nuclear, and geothermal. It also discusses the influence of a medium on a field, distribution of field generators, and the role of auxiliary fields in field theory. Additionally, it provides solutions to field calculations using approximate methods.

“Fluid Dynamics of Oil Production” Book Review: This book assists in comprehending and constructing more precise oil production models. It clarifies fluid dynamic models and covers foaming in oil formations and the merging of reservoir flow with liquid flow in wells. It also explains oil filtration and provides multi-dimensional models.

“Study of Underground Electrical Prospecting” Book Review: This is a helpful book for people who want to learn about finding things underground using electricity. The book was written in 1939, but it still has useful information for geologists and engineers today. It talks about how to measure and understand the electrical properties of the ground, and how to use that information to find minerals and water. The book is easy to read and has pictures to help explain things, making it a good resource for students and professionals alike.