18 Best Books on Engineering Materials

“Engineering Material” Book Review: This book is primarily intended for students of Civil Engineering, as well as for practicing engineers and teachers. It includes a wide range of topics, from Building Stones, Bricks, and Lime to Mortar, Concrete, and Timber, and from Metals and Alloys to Insulating Materials. Additionally, it covers exam patterns and the latest research results, which provide a broader scope for preparation. The subsequent chapters delve into various concepts, such as Paints, Varnishes, Dis-tempers, and Anti-termite Treatment, with each chapter containing detailed descriptions, examples, laws, and important points to facilitate revision. Advanced concepts such as Elastomers and Composite Materials, Lubricating, Belting, and Packing Materials, and Cutting Tool Materials are also included in the book.

“Engineering Materials” Book Review: This book is specifically aimed at undergraduate students, with concepts presented in a clear and concise manner. The topics are covered in a logical sequence, and a wide range of solved examples are included in the book. The main focus of the book is on applied problems, including topics such as GNVQ and BTEC NC/D Engineering specifications. Clear and error-free diagrams are provided, and standard and simple procedures are used for deriving equations. The book contains ample solved examples and is intended to serve as a foundational text in materials technology for all engineering students.

“An Introduction to Electrical Engineering Materials” Book Review: This is a comprehensive textbook that introduces readers to the fundamental principles of electrical engineering materials. The book covers a wide range of topics including the properties and characteristics of different types of materials used in electrical engineering, their manufacturing processes, and their applications. With a focus on practical applications, the authors provide clear explanations of complex concepts, along with numerous examples and exercises. This book is an ideal resource for students studying electrical engineering as well as practicing engineers looking to refresh their knowledge of materials science.

“Engineering Material” Book Review: This book covers the fundamental concepts of engineering materials for both civil engineering students and practicing engineers. It has 22 chapters that discuss the properties of different materials, such as building stones, bricks, lime, cement, mortar, concrete, asphalt, tar, paints, varnishes, lubricants, metals, and ceramics. The book provides numerous diagrams and illustrations, as well as a wide range of questions with solutions for readers to practice

Book Review: This book offers a comprehensive understanding and integration of fundamental properties of a wide range of engineering materials, including metals, ceramics, and polymers, as well as their application in engineering design. In addition, the book explores various topics such as point defects, grain boundaries, superconductivity, optic fibers, wood, glass fiber plastics, and more. Moreover, it highlights the fundamental principles behind manufacturing processes, engineering applications, and failures of different materials.

“Engineering Materials Technology” Book Review: This book is a valuable resource for both students and practitioners of Mechanical & Production Engineering. It provides a comprehensive discussion on the principles of material selection in this field, spanning 20 chapters organized into five parts. The first part covers material structure, encompassing alloys, metals, and non-metallic elements. Part 2 delves into material properties, including creep, fatigue, and fracture. Parts 3 and 4 focus on metals and non-metallic elements’ characteristics, respectively. Finally, the selection process is covered in the last part, which examines the materials’ different properties and processes.

“Engineering Material” Book Review: This book teaches basic concepts of engineering materials to readers and is aimed at civil engineering students and practicing engineers. It has 22 chapters that cover various materials like building stones, bricks, cement, concrete, asphalt, tar, paints, varnishes, lubricants, metals, and ceramics. The book starts by explaining the properties of these materials and concludes with a chapter on ceramic materials. It contains many diagrams, illustrations, and questions with solutions.

“Intelligent Macromolecules for Smart Devices: From Materials Synthesis to Device Applications (Engineering Materials and Processes)” Book Review: This book discusses the latest research on intelligent macromolecular systems and their use in nano-devices, covering major properties and materials chemistry. It is aimed at graduate and senior undergraduate students interested in the field. The book covers optoelectronic biomacromolecules, dendrimers, artificial opals, and carbon nanotubes in depth. It also analyzes different smart devices and their suitability for various molecules, and elaborates on the applications of intelligent macromolecules in sensors and actuators, polymer batteries, carbon-nanotube supercapacitors, lasing species, and photovoltaic cells. The book includes diagrams and illustrations to help readers understand the concepts.

Book Review: The book covers the fundamental classical and quantum laws that underlie the structure and properties of materials. It includes an introduction to various engineering materials such as metals, alloys, semiconductors, polymers, dielectrics, magnetic materials, and laser applications. Additionally, the book explores the latest developments in nanotechnology applications in areas such as biology, medicine, energy, and electronic devices.

“Tropical Natural Fibre Composites: Properties, Manufacture and Applications(Engineering Materials)” Book Review: This book examines the characteristics of natural fiber composites found in tropical regions. It covers their properties, manufacturing techniques, and design and analysis. The natural fibers include kenaf, oil palm, sugar palm, pineapple leaf, coconut, sugarcane and banana. The book delves into the mechanical and thermal properties of the fibers and composites, and analyzes the composite fiber-matrix interface. The design process and manufacturing techniques such as pultrusion and filament winding are also covered. Material selection systems are discussed to obtain the most appropriate materials for engineering applications.

“Mechanical Properties of Aging Soft Tissues (Engineering Materials and Processes)” Book Review: This edited book includes reviews from prominent experts on various tissues such as skin, tendons, vasculature, and plantar soft tissues. The book covers in vivo and in vitro measurement techniques, including cutting-edge methodologies, and discusses the structural changes that occur in the main components of these tissues, leading to detrimental mechanical property changes. The book also addresses current challenges and provides insight into future developments. Furthermore, the book focuses on the difficulties involved in applying engineering techniques to accurately characterize these tissues.

Book Review: This textbook is highly recommended for semester courses in engineering materials and provides an excellent introduction to microstructures and processing. It includes a multitude of design-based examples and case studies, as well as comprehensive chapters on topics such as elastic beams, plastic moments, stress intensity factors, and more. Moreover, the book provides updated information on key areas such as stress, strain, fatigue, creep, and corrosion. With a range of worked-out examples, this book facilitates readers’ understanding.

“Tribology-Friction and Wear of Engineering Materials” Book Review: This book offers a solid introduction to the fundamental principles of friction, wear, and lubrication of materials that help prevent wear due to friction. It covers contact mechanics with the aid of case studies, enabling readers to enhance their learning experience. As an ideal entry point to the tribology literature, this book also serves as an advanced textbook in the field, encouraging self-study. Furthermore, it provides a comprehensive overview of the tribological principles necessary to support the design process, making it suitable for those in mechanical engineering, materials science, and other technical disciplines.

“Sintering: Mechanisms of Convention Nano Densification and Field Assisted Processes (Engineering Materials)” Book Review: This book offers a comprehensive analysis of sintering, with a particular emphasis on the mechanisms behind conventional nanodensification and field-assisted processes. It discusses the fundamental principles of sintering and the role of various factors, such as particle size, temperature, and pressure, in the process. The authors also explore the impact of various fields, including electrical and magnetic, on sintering behavior. The text serves as an useful resource for researchers, students, and professionals seeking to enhance their understanding of sintering mechanisms and its applications in the field of engineering materials.

“Engineering Materials and Metallurgy” Book Review: The book covers a wide range of topics, including the properties of different materials, their manufacturing processes, and their applications in various fields of engineering. The author’s approach is systematic and easy to follow, making the book ideal for both students and professionals in the field. The illustrations and diagrams in the book are clear and helpful in understanding the concepts presented. This book is a valuable resource for anyone interested in materials science and metallurgy.

“Microbiologically Influenced Corrosion: An Engineering Insight (Engineering Materials and Processes)” Book Review: This book is aimed at professional and consultant engineers working in power generation, oil and gas, marine, and mining industries, as well as researchers across various fields. It introduces a new approach to the fundamentals of microbiologically influenced corrosion (MIC) and provides guidance on how to identify, comprehend, and prevent this type of corrosion.

“Materials for Information Technology: Devices, Interconnects and Packaging (Engineering Materials and Processes” Book Review: This book presents an extensive exploration of the materials used in information technology, offering insights into current developments in the field. It covers a broad range of materials, including ceramics, metals, semiconductors, composites, and polymers. The book delves into the properties, structure, and synthesis techniques for blanket and patterned thin film materials used in silicon-based semiconductor devices, non-volatile memories, assembly, and packaging. This resource is tailored to researchers in universities and research workers in the semiconductor and information technology industries.

“Physics and Technology of Amorphous-Crystalline Heterostructure Silicon Solar Cells (Engineering Materials)” Book Review: This book presents a comprehensive overview of the technology involved in heterostructure Silicon solar cells. It covers various topics, including the physics of Silicon solar cell technology, heterojunction Silicon-based solar cells, and wet chemical conditioning of Silicon substrates. Other chapters explore the electronic properties of ultra-thin amorphous Silicon solar cells, photo-luminance and electro-luminance from amorphous Silicon luminance and solar cells, and more. Each technique is explained in detail with relevant examples. This book is particularly beneficial for electrical engineering and physics students.