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Progress in Adhesion and Adhesives,
Volume 9

Progress in Adhesion and Adhesives, Volume 9

Unique reference on the fundamentals, applications, and latest research in electroluminescence of organic molecules Organic Electroluminescence provides a comprehensive overview of organic electroluminescent materials from their history to the outlook of improved device performance. Divided into four parts, each section of the book covers important aspects of OLEDs such as device development, film properties, molecular electronics, and structure-activity relationships. The book also depicts correlations between device performance and molecular and device structure. An entire chapter is devoted to improving device performance in real world applications using AI. Featuring contributions from experts from around the world, Organic Electroluminescence discusses sample topics including: <ul> <li>Fundamental concepts such as parameters, testing methods, and applications</li> <li>Device fabrication techniques including electrode processing, organic layer deposition, encapsulation, light out-coupling enhancement, and spectral narrowing</li> <li>Physical and chemical processes in OLEDs including charge injection and transport, exciton generation and decay, and reversible dipole reorientation</li> <li>Physical and chemical properties of organic semiconductors in solutions and thin-films including photoluminescence quantum yield and excited-state lifetime</li> <li>Single-molecule simulations including vertical transition, nonradiative decay, spin-orbital and spin-phonon coupling, and bond dissociation energy</li> </ul> Organic Electroluminescence delivers advanced information for professionals seeking a thorough reference on the subject and for students learning about OLEDs.

From Molecular Structure to Device Performance

Organic Electroluminescence

The ECS Series of Texts and Monographs

3D Printed Devices: Sensors and Actuators 3D printing or additive manufacturing has been one of the most revolutionary developments in rapid prototyping. This type of manufacturing has now developed to the degree that it can be used to manufacture complex devices, particularly sensors and actuators, without the need of traditional molds. The engineering potential that emerge from the creation of moldless devices are boundless, and engineers and materials scientists are urgently in need of increased familiarity with these possibilities 3D Printed Devices meets this need with a timely, comprehensive overview to 3D printing techniques in the field of sensors and actuators. Students, researchers, and scientists in industry can all benefit from this volume's robust knowledge of both the current and future state of this growing field. Thoroughly engaged with both the possibilities and limitations of 3D printed devices, the book is a must-own for anyone looking to stand on the cutting edge of our technological future. 3D Printed Devices readers will also find: Analysis of both physical and chemical sensors, as well as different types of actuators including electrically or thermally actuatedDetailed discussion of sensor and actuator materials including gels, polymers, composites, and moreDetailed know-how required to design, fabricate, and innovate 3D printed devices 3D Printed Devices is an indispensable resource for academic researchers and industrial scientists in engineering and the physical sciences. It caters to those working in the cutting-edge fields of sensors, robotics, 3D printing, electronic materials, and electrochemistry. This book is also perfect for advanced undergraduate and graduate students eager to delve into these dynamic and rapidly evolving areas.

Sensors and Actuators

3D Printed Devices

This informative and practical guide to metal additive manufacturing explores techniques, applications, and future advancements. Metal additive manufacturing stands as a revolutionary technology and a rapid prototype for engineering applications. In the realm of advanced manufacturing, it has long been a driving force in the development of AM metal technology. Moreover, it is now paving the way for high-value manufacturing components blended with sophisticated materials. The book examines this rapidly evolving field and elucidates the foundations of metal additive manufacturing, including its various technologies, material design principles, and extrusion processes. Real-world applications are showcased, with examples from the aerospace, automotive, and healthcare industries, demonstrating the practical impact of metal AM. Chapters thoroughly discuss the evolution of manufacturing techniques, classifications of AM technologies, and the critical role of characterization in ensuring quality. The book emphasizes the importance of metal AM processes and their transformative potential for modern manufacturing. It concludes with coverage of future trends and advancements in additive manufacturing. Audience The book equips manufacturing and production engineers, researchers, and professionals with metal AM knowledge for the production of high-value components, driving innovation and efficiency in manufacturing.

Principles, Techniques and Applications

Metal Additive Manufacturing

Handbook of Energy Materials in Supercapacitors and Storage Devices

Advances in Production Engineering

Advanced Welding Technologies serves as a vital resource that transforms the perception of welding from a mere skill-based practice to a cutting-edge industrial method, offering comprehensive insights into its fundamental processes, research advancements, and diverse applications across technological and biomedical domains. Welding has traditionally been considered more of a skill-based proficiency than a technological industrial method. The reliance on highly trained human operators, along with the high cost and low reproducibility of many welding processes, has contributed to this perception. Extensive research has now been conducted on the fundamentals of welding processes, and while it remains a complex, multidisciplinary subject, the basic concepts are well understood. Advanced Welding Technologies is a comprehensive collection of the processes and applications of advanced welding technologies, giving a basic understanding of each process, research advancements, and their applications in various technological and biomedical domains for improving machining accuracy and quality. This volume will extend the possibilities of research in various areas of advanced welding technologies with basic and hybrid approaches, making it an easy reference for students and researchers working in this critical field. Readers will find the book: <ul><li>Covers technologies for successful improvement in advanced processes and the application of advanced welding technologies;</li> <li>Serves as a valuable reference to students and researchers involved in working with advanced welding technologies;</li> <li>Discusses successful fabrication of multipurpose advanced welding technologies, sustainability of advanced welding technologies, materials and processes, applications of machine learning in advanced welding technologies, and future scopes and challenges of advanced welding technologies.</li></ul> Audience Engineers, welders, researchers, academics, and students involved in advanced welding technologies, manufacturing, and materials science.

Advanced Welding Technologies

This book focuses on the modeling and control of elastic robot joints for which each axis of the robotic manipulator is controlled as a single-input-single-output (SISO) system with disturbances, otherwise known as independent joint control.

This book focuses on the modeling and control of elastic robot joints for which each axis of the robotic manipulator is controlled as a single-input-single-output (SISO) system with disturbances, otherwise known as independent joint control.

Advanced Modeling and Control

Elastic Robot Joints

Electroactive Polymer-Based Smart Materials and Applications

A comprehensive reference with demonstrations of advanced indentation fracture techniques in practical applications to enable better design and more efficient manufacturing Indentation Fracture describes and illustrates advanced applications of indentation fracture in evaluating strength, toughness, and related properties of brittle materials. The book enables better design, manufacture, performance, and reliability of brittle materials as elements in structural components. Emphasizing the practical applications of indentation fracture techniques, especially those of indentation-strength, the book builds on a development of indentation fracture mechanics to demonstrate clear quantitative comparisons and rankings of material fracture behavior, including the behavior of toughened materials. The book includes several case studies linking indentation fracture analyses and measurements to other phenomena including fragmentation cracking, edge chipping and dicing damage, scratching and the Mohs scale, and semiconductor grinding damage. Each case study highlights a different aspect of controlled flaw fracture measurements. The book enables readers to increase the utilization of glasses, ceramics, semiconductors, and similar brittle materials in load-bearing applications by demonstrating experimental indentation techniques to better characterize fracture. A primary focus of the book is demonstration of controlled flaw indentation-strength measurements. Written by an independent scientist with significant research contributions to the field, Indentation Fracture explores a range of topics including: <ul><li>Brittle fracture fundamentals, discussing equilibrium fractures on uniform and localized loading leading to the Griffith and Roesler equations</li><li>Indentation strength variation, covering the effects of contact angle, spherical and flat punch contacts, and contacts in stressed and layered components</li><li>Toughened materials strength observations in alumina, silicon nitride, glass ceramics, ferroelastics, and zirconia</li><li>Strengths of silicon devices determined by wafer backgrinding, covering linear flaws in silicon, including single and multiple scratches, as well as linear, general, controlled, and grinding flaws</li></ul> Indentation Fracture is an essential reference on the subject for engineers across disciplines, nanotechnologists, geophysicists, and environmental scientists, along with graduate students in materials science and related programs of study.

Strength and Toughness for Brittle Materials Design

Indentation Fracture

Data Science

Wiley Series in Corrosion

Corrosion of Nickel-Based Alloys

Comprehensive introduction to manufacturing process planning in the context of the latest techniques being used in industry Manufacturing Process Planning is a comprehensive guide to the intricacies of the manufacturing planning process that leads readers through each stage of planning while providing practical examples that illustrate the manufacturing activities taking place at every juncture. Beginning with the fundamentals, the book bridges the gap between technical documents and product specifications, and how the information they contain can be effectively applied on the shop floor. The book focuses around four key areas: selection of manufacturing processes, process planning in sand casting, process planning in machining, and process planning in inspection. Each chapter highlights best practices for activities such as casting, mold design, machining sequence identification, geometrical validation, CNC programming, the preparation of inspection reports, and more. Special attention is paid to manufacturing cost estimation and pricing, ensuring that the production process is not only feasible but also cost-effective. To enhance the learning experience, the book comes complete with an active learning project brief and tutorial sessions covering casting simulation, pattern design, and CNC simulation using freely available software. Manufacturing Process Planning includes information on: <ul><li>Fundamentals of casting, including heating the metal, pouring the molten metal, solidification and cooling, determining casting quality, and performing cleaning operations</li><li>Definition and selection of workholding systems, covering principles of workholding, types of workholding systems, and general purpose of workholding devices for turning and milling</li><li>Machine and cutting tool selection, and process parameter selection, covering specific guidelines in turning, milling, and drilling</li><li>Documents for process planning, including process flow charts, routing sheets, and operation and tooling lists</li></ul> Providing a hands-on approach to mastering the principles of manufacturing process planning, Manufacturing Process Planning is an ideal resource for undergraduate and graduate academic courses that incorporate a lab component, as well as production planning supervisors and managers looking to hone their knowledge base.

A Practical Approach for Mechanical Engineering

Manufacturing Process Planning

Materials and Processes Used in Aircraft Construction focuses on issues involving the use of plastics in the aerospace industry. A detailed discussion of their various applications is included, along with the innovations presented in the literature over the past decade. A wide range of important topics are discussed in the 13 chapters. Following a brief presentation of the evolution of aircraft design, aircraft design standards, and the simulation of aircraft models, individual chapters focus on: <ul><li>The basic and special materials used in aircraft construction;</li> <li>Lightweight materials for aircraft applications;</li> <li>Polymers used in the aerospace industry;</li> <li>Laminated materials used in the aerospace industry;</li> <li>Wing, helicopter, and balloon designs;</li> <li>Issues concerning the monitoring and management of the health of flight crews and passengers;</li> <li>The benefit of information acquired in real time, leading to an increased understanding of the fracture mechanics of composites, improving confidence in their use, and broadening their applications. Since the cost of inspecting aircraft is approximately one-third of the cost of acquiring and operating composite structures, to compete in the increasingly demanding area of aircraft structures, the cost-effective techniques that need to be developed are discussed.</li></ul> Audience This book will serve the needs of those working in the aerospace industry, both those with only a passing knowledge of the field and specialists who need to increase their knowledge of any particular area.

Materials and Methods for Aircraft Engineering

Progress in Adhesion and Adhesives, Volume 9

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Bibliografische Angaben

Schlagworte

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