41 Best Books on Materials Technology

Book Review: This book talks about three materials: metals, ceramics, and polymers. It also talks about composites and how the parts of materials affect their properties. The book has helpful animations to help you learn about materials science and engineering. It has chapters on the structure of crystals and how they can break.

Book Review: This book is a helpful guide for studying materials science and engineering. It explains how materials work and how they are used in different fields of engineering, including mechanical and civil engineering. The book has examples and problems to help you practice what you’ve learned. It’s also a good reference book for designers who need to know about materials and their properties.

Book Review: This book talks about materials that are used in engineering, including metals, ceramics, polymers, and composites. It explains how these materials work and their different properties. The book covers many topics, like how atoms bond, how materials break, and how they respond to heat. It also has examples of how materials are used in different applications. This book is good for people who study mechanical and civil engineering.

“Advances in Materials Technology for Fossil Power Plants Proceedings of the 5th International Conference EPRI” Book Review: This book has a collection of research papers about new developments in materials technology. It is recommended for students, researchers, and scientists. The book has many authors who wrote different papers on six main topics. The book starts with an overview of the topics and talks about boilers and turbines. It also has sections about managing the lifespan of materials, welding, and how materials react with oxygen.

“Ancient Egyptian Materials and Technology” Book Review: This book talks about the materials and techniques used in ancient Egypt, and it can be helpful for researchers and scientists. The book explains how ancient Egyptians made things like buildings, preserved meat, baked bread, brewed beer, and made oils and perfumes. It also talks about how they prepared bodies for mummification. The book covers different parts of ancient Egyptian life, from art and craftwork to famous landmarks like the pyramids.

“Aluminium Materials Technology for Automobile Construction” Book Review: This book is about aluminum materials in the car manufacturing industry, and it can be helpful for researchers and people who work with cars. The book explains how aluminum is used in cars and how it can make them better and safer. It talks about factors like strength, durability, and how the material can be shaped and welded to make different parts of the car. The book also covers how different countries are working to improve car manufacturing with aluminum. It talks about advances made in Germany, Japan, the UK, and the US.

“Nanostructured Materials: Selected Synthesis Methods, Properties and Applications” Book Review: This book talks about different ways to create and process materials using a method called “chimie douce”. It can help students and researchers learn about how to make metals, alloys, semiconductors, and oxides using this method. The book covers different concepts like how to turn small particles into ceramics, how to use water and electricity to make materials, and different ways to use these materials in different applications.

“Melt Extrusion: Materials, Technology and Drug Product Design” Book Review: This book talks about a technology called extrusion, which can be helpful for engineers and researchers to learn about. The book explains different extrusion processes that can be used to make things like films, pellets, tablets, and pharmaceutical drugs. It focuses on how extrusion technology can be used to make drugs, and it explains technical information, how drugs are developed and marketed, and what regulatory requirements need to be followed in the process.

“Building Materials Technology” Book Review: This book is about different materials used in construction, and it can help civil engineering students learn about them. It talks about how cement is the most important material in construction, and it covers different types of cement, as well as how to make concrete using Indian Standards. The book also talks about how to use scarce materials and minimize environmental hazards and costs. The book uses lots of pictures, drawings, tables, and charts to explain things.

“Composite Materials Technology” Book Review: This book is about how to use artificial neural networks in the field of composite materials, and it can be helpful for researchers working in aerospace, automotive, electronics, and communication fields. The book covers different concepts related to polymer matrix composites like how the material works, how to design and analyze it, and how to measure its properties. The book is divided into four parts, and it starts by explaining the basics of neural networks. Then, it talks about how to find damage in composite materials, and how to design and analyze them. The last part of the book focuses on testing the materials and making sure everything works as expected.

“Electrodialysis and Water Reuse: Novel Approaches (Topics in Mining, Metallurgy and Materials Engineering)” Book Review: This book is about new ways to test electrodialysis processes. It talks about how to make and test special membranes that can be used to clean up pollution from industries like refineries, leather-making, mining, and electroplating. The book is based on research, and it can help students, researchers, and engineers who are interested in using membranes to make dirty water clean again.

“Computational Materials Engineering: An Introduction to Microstructure Evolution” Book Review: This book is an introduction to using computers to study how different materials behave, like how they move and change when they get hot or cold. The book explains how simulations and mathematical tools can be used to understand and predict these behaviors. It also talks about how to use statistical and analytical tools to study complex interactions between different materials. The book covers different subtopics and tries to explain everything in a balanced way.

“Composite Materials Handbook” Book Review: This book is a useful resource for anyone involved in the field of composite materials. The book covers a wide range of topics in 12 comprehensive chapters. It begins with an introduction to composite materials, followed by chapters on various types of reinforcement materials, matrix materials, and fabrication techniques. Other chapters delve into topics such as mechanical behavior, testing and characterization, environmental effects, and failure analysis of composites. The book also explores applications of composites in industries such as aerospace, automotive, and construction. With its comprehensive coverage and practical insights, this handbook is a must-have for engineers, researchers, and students working with composite materials.

“Mechanics of Composite Materials” Book Review: This book talks about how different composite materials work, and it can be helpful for both students and researchers. It covers both small and large-scale mechanics involved in different aspects of composite materials. The book explains why composite materials are important in today’s world and discusses a lot of experimental and theoretical results. It also covers different topics like plates bending, buckling, vibrations and lamination theory.

“Composite Materials” Book Review: This book talks about different properties and ways to make composite materials, and it can be useful for researchers, scientists, and students. The book starts by explaining the basics of composite materials and talking about different ways they can be used. It also goes in-depth into different types of composite materials. The book covers how to design composite parts with pictures to help understand, and it also highlights safety precautions when working with these materials.

“Advanced Mechanics of Materials” Book Review: This book provides an extensive exploration of different materials and their unique properties, catering primarily to students and researchers. It starts by discussing fundamental principles before delving into more intricate subjects. The book covers both the assumptions made and the limitations of the methods employed, while placing particular emphasis on real-world applications. Topics covered include plasticity, creep, fracture, mechanics, flat plates, high cycle fatigue, contact stresses, and finite elements. By addressing a wide range of materials and focusing on practical applications, this book serves as a valuable resource for understanding the complexities of material behavior.

“Powder Metallurgy: An Advanced Technique of Processing Engineering Materials” Book Review: This book talks about the basic principles of powder metallurgy and is meant for undergraduate students from different domains and industrial engineers. It covers different raw materials used in powder technology and talks about how they are selected and processed. The book covers different ways of making metallic and non-metallic powders, and it focuses mainly on sintering and compacting technologies. The book also includes a lot of practical examples and practice problems throughout the text to help readers understand better.

“Advanced Strength of Materials (Dover Civil and Mechanical Engineering)” Book Review: This book discusses advanced properties of different materials, and it can be helpful for graduate students and engineers. The book explains how technology has advanced in creating these materials by using fundamental concepts. It covers different theories on how materials bend and how they interact with other things. The book also talks about the energy method and buckling. It includes practice problems throughout the text to help readers understand better.

“Advanced Materials and Technologies (Materials Science Forum)” Book Review: This book talks about the different properties of structural and functional materials, and it can be useful for both students and professionals. The book covers how these materials perform, and it discusses ways to improve their performance. It also discusses how these materials are designed and made. The book talks about the different phases and structures of these materials and talks about how they can be used in advanced technologies.

“Handbook of Advanced Materials Testing: 9 (Materials Engineering)” Book Review: This book focuses on making and testing advanced materials, and it can be helpful for both graduate and undergraduate students, engineers, and ceramists who work in this field. The book talks about how novel materials like rubber, plastic, composites, ceramics, and high-temperature alloys are made. It also talks about the different technologies used to evaluate and determine the properties of these materials. It discusses how these materials can be used based on their properties and applications in different fields.

“Carbons for Electrochemical Energy Storage and Conversion Systems (Advanced Materials and Technologies)” Book Review: This book talks about the properties of materials made from carbon, and students, researchers, and material science scientists may find it interesting. The book starts by introducing how electrochemical principles and methods work. It covers different types of carbon and talks about how they are made and treated. The book also discusses how carbon behaves electrochemically and covers the underlying principles. There are lots of tables, illustrations, and problems throughout the text to help readers understand better.

“Orientations and Rotations: Computations in Crystallographic Textures (Engineering Materials and Processes)” Book Review: This book is an essential reference for researchers, engineers, and students interested in the computational aspects of crystallography. The book consists of ten comprehensive chapters, covering topics such as crystallographic computations, rotations and orientation relationships, grain and particle growth, texture analysis, and more. Morawiec also presents several practical applications of these concepts, including texture simulation, texture memory effects, and orientation mapping. The book’s clear and concise writing, coupled with numerous practical examples and exercises, makes it an excellent resource for anyone seeking to understand the complexities of crystallographic textures.

“Skyrmions in Magnetic Materials (SpringerBriefs in Physics)” Book Review: This book provides an overview of the latest research on magnetic skyrmions, focusing on their formation mechanisms, observation techniques, and material design strategies. The book explores the static and dynamic response of skyrmions, and recent advances in magnetic imaging techniques have enabled the observation of skyrmions in real space, allowing for analysis of their ordering behavior and internal structure. Skyrmions, due to their nanometric scale, particle-like nature, and electric controllability, are seen as potential candidates for the next generation of spintronics devices as new information carriers. This book is a valuable resource for researchers and students in the field of spintronics and magnetic materials.

“Textures in Materials Research” Book Review: This book highlights the prevalent crystalline anisotropy observed in the physical and mechanical properties of various materials. It offers valuable insights into the development of texture in materials processing, which plays a pivotal role in comprehending the overall performance of materials. Comprising a compilation of seminar papers focused on texture research, this book serves as a comprehensive resource for gaining a deeper understanding of the subject. Researchers and scholars will find this collection instrumental in expanding their knowledge and exploring the intricate relationship between texture and material behavior.

“Grain Growth and Control of Microstructure and Texture in Polycrystalline Materials” Book Review: This book provides current information on how grains grow in materials and explains it in a simple way. It goes beyond the recent advances in using models to understand microstructure and texture, and instead focuses on measurable details rather than just general information.

“Microstructure and Texture in Steels: and Other Materials” Book Review: This book is a collection of articles about how the texture and microstructure of different kinds of steels and other materials can change during processing. It covers how these changes affect the materials’ properties. The book emphasizes recent advances in understanding and measuring these changes, and it is meant to help people in academic and research fields stay up-to-date on the latest developments in microstructural science and materials engineering.

“Texture Analysis in Materials Science: Mathematical Methods” Book Review: This book is a comprehensive exploration of methodologies, processes, techniques, and mathematical tools related to the orientation distribution of crystallites. It provides detailed insights into the orientation of individual crystallites as well as orientation distributions. The topics covered include the properties and representations of rotations, considerations of orientation distance, and the inherent ambiguity of rotation due to crystal and specimen symmetry. The book also delves into topics such as error estimation, texture analysis, and the physical properties of polycrystalline materials. With its focus on mathematical aids, this book serves as a valuable reference for readers interested in understanding the orientation distribution of crystallites.

“Texture and Anisotropy: Preferred Orientations in Polycrystals and their Effect on Materials Properties” Book Review: This book explores the measurement, analysis, and prediction of textures in various materials, and examines the resulting anisotropic properties during both elastic and plastic deformation. It offers a comprehensive overview of observed textures in metals, ceramics, and rocks. Part I of the book focuses on providing tools and methods for obtaining quantitative data on polycrystal textures, while Part II emphasizes the modeling of deformation and incorporates key theoretical concepts from mechanics. Part III showcases successful applications of these techniques in engineering and earth sciences. With its broad scope, this book is a valuable resource for scientists and engineers interested in understanding and predicting material properties.

“Advanced Materials and Information Technology Processing (Wit Transactions on Engineering Sciences)” Book Review: This book compiles the proceedings of the third International Conference on Advanced Materials and Information Technology Processing (AMITP 2013), which took place in Los Angeles, USA. It brings together a collection of papers from experts, leading practitioners, designers, researchers, and students, showcasing innovative ideas and research findings in the field of Advanced Materials and Information Technology Processing. The papers featured in this book cover a wide range of topics related to Advanced Engineering Materials and Information Processing, making it a valuable resource for individuals interested in these areas of study.

Book Review: This book explores a variety of techniques employed for material selection in specific applications. It comprehensively addresses the challenges encountered by materials scientists and engineers. Additionally, the book delves into the properties, performance, and processability of a wide range of materials, including metals, plastics, carbon, graphite, glasses, ceramics, polymers, and composites. Moreover, it provides insights into the characteristics and economic considerations of manufacturing routes that facilitate the conversion of materials into engineering components. With its comprehensive coverage, this book serves as a valuable resource for understanding material selection, properties, and manufacturing processes in engineering.

Book Review: This book is a useful resource for learning about the properties of materials used in engineering applications. It covers topics like how to define and measure these properties, techniques for choosing the right materials, and case studies of real-world engineering problems. The book also discusses the impact of environmental factors on these materials.

“Permanent Magnet Motor Technology: Design and Applications, Third Edition (Electrical and Computer Engineering)” Book Review: This book is a resource for graduate-level students and researchers who want to learn about PM motors and electromechanical drives. It covers the basic mathematical concepts necessary to understand these topics and how they relate to system performance, efficiency, reliability, and cost. Additionally, the book includes information on computer-aided design of PM motors and explores recent advances in technology and research.

“Embedded Systems: Design and Applications with the 68HC12 and HCS12” Book Review: This book is recommended for senior or graduate-level students of electrical or computer engineering, and covers different aspects of embedded systems. It discusses the design and implementation of embedded systems based on microcontrollers and microprocessors. Additionally, the book talks about the problems that arise during the integration process and provides testing strategies to deal with them.

“Engineering Coatings: Design and Application” Book Review: This book is useful for students, researchers, and professionals interested in engineering coatings and materials. It covers the design and practical applications of surface coatings and modifications to help engineering components last longer. The book also provides information on the latest technological advancements in the field, such as thermal spray processes and laser surfacing, with an emphasis on preventing corrosion. Health and safety concerns are given special attention, and the book covers topics such as wear, corrosion, welding, and thermal spraying of different engineering materials.

“Industrial Heating: Principles, Techniques, Materials, Applications, and Design (Mechanical Engineering)” Book Review: This book is helpful for graduate-level students and researchers interested in industrial heating. The book covers both modern and traditional processes, starting with topics like steady state and transient heat transfer, fluid mechanics, and aerodynamics. It then moves on to discuss concepts like fuel combustion and waste incineration. The book also provides information on heating-related topics such as vacuum technology, pyrometry, protective atmosphere, and heat exchangers, along with the advantages and disadvantages of using refractory, ceramic, and metallic materials.

“Industrial Sprays and Atomization: Design, Analysis and Applications” Book Review: This book is useful for practicing engineers of various fields and researchers. It covers a wide range of applications and design implementations, including spray technologies like spraying of molten metals, spraying of hot surfaces for metal-making, and fuel sprays for fixed plants. The book discusses the scope and challenges of the field and covers other topics like vaporization and cooling or cleaning of gases, sprays in industrial production processes, and sprays and their production.

“Rod and Bar Rolling: Theory and Applications (Manufacturing Engineering and Materials Processing)” Book Review: This book is helpful for undergraduate-level students and researchers interested in the relationship between solid mechanics and materials science. The book covers the concepts of material deformation at high temperatures, and provides an overview of rod and bar rolling processes. It also covers topics like hot rolling, elasticity, plasticity, and recrystallization, as well as modern processes like interstand tension, roll wear at elevated temperatures, and water cooling of workpieces during rolling.

“Silicone Composite Insulators: Materials, Design, Applications (Power Systems)” Book Review: This book is relevant to practicing engineers in the electrical industry, as well as academic professionals. It covers insulators, with a particular focus on those made of silicone rubber. The book covers topics such as the mechanical behavior of various types of insulators, including long rod and post insulators, insulated cross-arms, interphase spacers, and hollow core apparatus insulators. It also provides information on manufacturing procedures for insulators, such as power arc and corona fittings, as well as selection strategies. Finally, the book includes an overview of various test procedures and IEC standards related to insulators.

“Flame Spray Technology: Method for Production of Nanopowders (Topics in Mining, Metallurgy and Materials Engineering)” Book Review: This book provides a comprehensive overview of the flame spray process, which is utilized for the production of nano powders. It delves into the historical background of the apparatus, explores the synthesis of nano structures, and examines the properties and morphology of the resulting materials. The book also covers various techniques employed for materials production. It serves as a valuable reference for students studying advanced-level material science and civil engineering, offering valuable insights into the flame spray process and its applications in nano powder synthesis.