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Progress in Adhesion and Adhesives,
Volume 9

Progress in Adhesion and Adhesives, Volume 9

Handbook of Energy Materials in Supercapacitors and Storage Devices

Metal Cutting, Fifth Edition builds upon the classic work that has for decades been the go-to reference for individuals working in the area of metal cutting. This revised edition, divided into four parts, features an extensive new chapter on coated cutting tools and updated and expanded chapters on ceramic cutting tools and machinability. A discussion of wear mechanisms and their governing equations is included, as are updates on tool micro examination, use of the quick-stop method, and tool temperature determination. Each chapter begins with a comprehensive bullet point summary and contents. The book will be useful for those studying and teaching courses on metal cutting and machining processes at the advanced undergraduate and graduate levels in universities as well as professional materials scientists and mechanical engineers in industrial manufacturing sectors centered on automotive and aerospace component production.

Theory, Selection, and Design

Metal Cutting

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

Comprehensive textbook covering characterization techniques to understand the chemistry and structure of materials on surfaces and at interfaces Surface and Interface Analysis is a comprehensive textbook resource that covers everything readers need to know about surface energy, molecular speciation, and optical and physical characterization techniques. Assuming only basic knowledge of general chemistry (electronic orbitals, organic functional groups), physics (electromagnetic waves, Maxwell equations), physical chemistry (Schrödinger equation, harmonic oscillator), and mathematics (wave equations, covariance matrix), this textbook helps readers understand the underlying principles of the discussed characterization techniques and enables them to transform theoretical knowledge into applied skills through a Maieutic pedagogical approach. Written by a highly qualified professor, Surface and Interface Analysis: Principles and Applications includes information on: <ul><li>Relationship between atomic and molecular orbitals and compositional analysis principles based on measurements of photoelectrons, Auger electrons, X-rays, and secondary ions emitted from the surface</li> <li>Governance of electromagnetic wave propagation in a dielectric medium and what can be learned from analyzing the electromagnetic wave reflected from the interface</li> <li>Surface metrology using light reflection (non-contact) and scanning probe (contact) and analysis of mechanical properties through indentation</li> <li>Artifacts and misinterpretations that may be encountered during analysis</li></ul> Surface and Interface Analysis is an ideal textbook resource on the subject for graduate students in the fields of solid state physics, optics, materials science, chemistry, and engineering who want to learn and apply advanced materials characterization methods, along with undergraduate students in advanced elective courses.

Principles and Applications

Surface and Interface Analysis

"Carbon coatings were reported in 1954 and exhibit graphite-like behaviours since diamond-like carbon (DLC) coatings were reported around 1970. DLC coatings grasped rapid recognition in the industry and were widely adopted for mechanical applications as DLC coatings exhibit high hardness, lower friction coefficient and excellent anti-wear properties. DLC coatings have progressed through a range of deposition techniques like physical vapor deposition, plasma-enhanced chemical vapor deposition etc.; coating architectures such as monolayer, multilayer, doped; nanocrystalline, amorphous or granular morphologies; and have been used for a wider range of industrial applications including automotive, mechanical components and cutting tools, healthcare products, renewable energy, computing and electronics, plastics, textiles sectors etc."--

Applications of Diamond-like Carbon Coatings

Additively Manufactured Electrochemical Sensors: Design, Performance, and Applications presents a comprehensive exploration of the rapidly evolving field of sensor technology, focusing on the use of additive manufacturing techniques. The book delves into the cutting-edge innovations that 3D printing and other additive methods offer in designing and producing electrochemical sensors with enhanced performance metrics. Detailed discussions on the characterization techniques, sensitivity, selectivity, and stability of these sensors are presented. The book also addresses the challenges and limitations faced in this burgeoning field, providing insights into ongoing research and potential future developments. This work emphasizes the versatility of additive manufacturing, allowing for custom sensor designs tailored to specific needs in fields ranging from healthcare diagnostics to environmental monitoring. The initial chapters delve into the basics of electrochemical sensing and additive manufacturing, laying the groundwork for understanding their synergistic integration. Subsequent chapters explore the design aspects, highlighting how additive manufacturing enables the creation of complex geometrics and multifunctional devices that were previously unattainable through conventional manufacturing techniques. A significant portion of this book is dedicated to the performance analysis of additively manufactured electrochemical sensors. Readers will also gain a deeper understanding of emerging trends and future directions in their development of electrochemical sensors, making this book an essential read for those seeking to innovate in this dynamic field.

Design, Performance and Applications

Additively Manufactured Electrochemical Sensors

Aerospace Series

Create safer, more reliable planes with this crucial guide Aerospace Stress Analysis is the field of research and engineering that evaluates stresses and strains on aerospace structures. By analyzing how different materials and components respond to forces, it helps aerospace engineers build for structural integrity and safety. Combining mathematical and computational models with experimental techniques, it's a crucial component of developing viable aerospace technologies. Standard Methods for Aerospace Stress Analysis offers a thorough, practical overview of the structural and stress analysis of both principal and secondary aircraft structures. It covers both fundamental concepts and advanced computational methods, along with key applications. With coverage of both interior and exterior structures, it's a one-stop shop for all major aspects of stress analysis. Standard Methods for Aerospace Stress Analysis readers will also find: <ul> <li>Step-by-step examples for every aircraft section</li> <li>Detailed discussion of methods including Finite Element Analysis</li> <li>Overview of key information on static, fatigue, damage tolerance, buckling, and more</li> </ul> Standard Methods for Aerospace Stress Analysis is ideal for professional mechanical and aerospace engineers working in the aircraft or space industries, as well as those studying to be.

Standard Methods for Aerospace Stress Analysis

Maintenance Engineering Handbook, Ninth Edition

Synthesis, Characterization, and Emerging Applications

Metal–Organic Framework Composites

Design, Synthesis and Applications

Azulene-Based Materials

Fundamentals of Unsteady Turbulent Flows with Python Coding is designed as a text for advanced turbulence students who need to build on their elementary knowledge to develop a deeper understanding of turbulence applications in the real-world, including unsteady turbulent flows, buoyancy-driven atmospheric plumes, and oceanic density currents. After an introductory chapter that connects key mathematical equations with the physical concepts of turbulence, subsequent chapters explain how buoyant turbulent flows apply to a variety of natural systems such as unsteady turbulent flows, atmospheric plumes, and oceanic density currents. Concepts of rough walls, buoyancy effects, and statistically non-stationary flows are also covered. Fundamentals of Unsteady Turbulent Flows with Python Coding serves as a single-source toolkit that provides turbulence theory, data drawn from real-world examples, plus access to Python code modules that readers can use to practice interpreting the data. End of chapter problems help to further reinforce the concepts covered.

Fundamentals of UnsteadyTurbulent Flows with Python Coding

Progress in Adhesion and Adhesives, Volume 9

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Bibliografische Angaben

Schlagworte

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