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Molecular Imprinting-Based Carbonaceous
Nanomaterials

Molecular Imprinting-Based Carbonaceous Nanomaterials

Design, Preparation and Environmental, Biological and Biomedical Applications

Data Science

AI-Based Tools in Cancer Diagnosis and Therapy

Intelligent Nanocarriers

Sustainable Computing and Optimization

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Next-Generation Nanotechnology

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

Wiley Series in Corrosion

Corrosion of Nickel-Based Alloys

Introduction to Aerospace Engineering with a Flight Test Perspective

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

Invest in Nano-Bioremediation for Wastewater Treatment to explore cutting-edge techniques that combine nanotechnology and bioremediation, equipping you with innovative solutions and expert insights needed to tackle global environmental pollution challenges effectively. The coupling of nanotechnology and bioremediation techniques holds great promise for addressing environmental pollution and contamination on a global scale. The process of bioremediation uses living organisms, such as bacteria, fungi, or plants, to degrade or detoxify pollutants in the environment. Nanotechnology involves manipulating materials at the nanoscale, typically at the scale of individual atoms and molecules, to create novel properties and functionalities. Today, research is focused on exploring the combined potential of nanomaterials and bioremediation for treating pollutants. Nano-Bioremediation for Wastewater Treatment will serve as a premier guide for nanotechnology in this field, providing information regarding the various challenges that arise from the coupling of nanotechnology and bioremediation techniques. Since very limited literature is available on this subject, the editors have compiled all the current assays and techniques that provide insights into this topic. This book will also cover different fabrication methods and methods for decorating microbial cells on the surface of nanomaterials, which is a key factor for synthesizing microbial conjugation, as well as prototype designing and integrating developed materials into water purification systems. Unlock the potential of cutting-edge nano-bioremediation techniques for wastewater treatment, with practical applications, expert insights, and sustainable solutions that set you apart in the field. Audience Environmental engineers, chemists, biotechnologists, microbiologists, nanotechnologists, environmental consultants, researchers, academics, and policymakers focused on developing and implementing innovative solutions for wastewater treatment and environmental remediation.

Nano-Bioremediation for Wastewater Treatment

Innovations and Advances in 3D Printing

Process Machinery Handbook: For Field Personnel, Decision Makers, and Students equips newcomers and seasoned professionals with essential insights into the diverse world of process machinery, empowering them to understand unique performance characteristics, common failure modes, and effective strategies for enhancing reliability in their operations. Any professional working at a production site for any length of time knows that process machinery comes in a wide range of designs and sizes, but not all process machines are considered equal. Some machines are more critical to the process than others, some are small, some are very large, some spin fast, and some turn relatively slowly. The great diversity in their construction and application can be daunting to those new to the industry and sometimes even challenge machinery veterans. There are many common concepts that apply to all equipment types, but each equipment category has its own unique application and performance characteristics, including cavitation in liquid handling pumps, surging in centrifugal gas compressors, rotor instability in high-speed centrifugal compressors, and the effect of the compression ratio on a reciprocating compressor's the discharge temperature. It is also essential for users to understand how and why different types of machinery fail, keeping in mind that the common failure modes differ greatly between rotating machinery types. We know that by addressing the common types of failure modes associated with each machine type, we can achieve significant improvements in their reliability. The first step in organizing an effective machinery reliability program is committing to performing failure analyses and gathering failure statistics. These activities will help users learn how and why their machines are failing. The next step is to continuously modify machines, processes, and methods to avoid common failures. Process Machinery Handbook: For Field Personnel, Decision Makers, and Students gives students and professionals alike the tools they need to understand the fundamentals of working with rotating machinery.

For Field Personnel, Decision Makers, and Students

Process Machinery Handbook

Synthesis, Characterization, and Emerging Applications

Metal–Organic Framework Composites

Molecular Imprinting-Based Carbonaceous Nanomaterials

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