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Digital Transformation in Aviation
Industry Operations

Digital Transformation in Aviation Industry Operations

Innovations and Sustainable Solutions

1. Structural Adaptability in Aviation: Deep Learning and Industry 6.0; 2. Digital Innovations for Predicting Weather, Navigation, and Charting; 3. Emerging Technologies in Aviation: AR, VR, IoT, and Blockchain; 4. Blockchain in Aviation: Enhancing Security and Operational Efficiency; 5. Wireless Communication in Aviation; 6. Radar-Assisted Navigation: Serial Patch Array Antennas for Enhanced Aviation Systems; 7. IoV Technologies for Enhanced Aviation Connectivity; 8. Maximizing Solar Efficiency in Aviation: Predictive Power Tracking; 9. Adaptive Noise Reduction for Efficient Aviation Operations; 10. An Improvement of the SHELL Model to Face the Challenges of Aviation in the Digital Age; 11. AI-Driven Power Flow Optimization for Sustainable Aviation Systems; 12. Improving Power Quality: Dynamic Voltage Restorers with Energy Storage; 13. Exploring the Viability and Implications of Sustainable Aviation Fuels; 14. Fuel Efficiency Analysis: A Key to Sustainable Aviation; 15. A Psychological Perspective on Aviation Disasters Through Ecological and Social Lenses

Updated to include the latest research in the hazards and disasters field, U.S. Emergency Management in the 21st Century continues the tradition of giving readers access to exemplary case studies drawn from a wide variety of hazards as well as academic and applied fields.

The effects of climate change and compounding hazards are pushing natural and social systems to their breaking points. Our understanding of hazards and disasters is rapidly changing, and it is unclear as to whether our existing management systems are adequate to adapt to the disasters already present let alone those occurring during the next decade. Thoroughly updated to include the latest research in the hazards and disasters field, U.S. Emergency Management in the 21st Century continues the tradition of giving readers access to exemplary case studies drawn from a wide variety of hazards as well as academic and applied fields. The second edition has features nine new chapters, highlighting transitions from the status quo to untested operational environments.NEW TO THE SECOND EDITION<ul> <li>Discussion on COVID-19 pandemic and the lacking local capacity for preparedness with an eye towards future public health emergencies.</li> <li>“Forgotten” hazards (heatwaves and coldwaves) in Phoenix, AZ and Buffalo, N.Y</li> <li>Emerging challenges in hurricane preparedness and response with rapid intensification.</li> <li>Rapidly changing cyles of too little or too much water in the west resulting in water storage emergencies.</li> <li>Cascading hazards and out-of-sight water crises in the Southwest</li> <li>Extreme and heavy precipitation resulting in flash flooding in Tennessee, New York City, Montana, and Vermont.</li> <li>Response and recovery from hazardous materials transportation (East Palestine, Ohio train derailment)</li> <li>Updated conclusion describing divergence between federal, state, and local emergency management concerns and priorities.</li> <li> A new co-editor, Melanie Gall, recognized for her teaching and scholarship on natural hazards and emergency management.</li> </ul>Accessible and written by experts in emergency management research and practice, U.S. Emergency Management in the 21st Century remains an indispensable textbook on disaster case studies, emergency management policy and practice. An essential resource for students, an interested public, and professionals alike.

From Disaster to Catastrophe

U.S. Emergency Management in the 21st Century

Skin Rocks

Designer Experience

Spatial Design with Children

An Intimate History of Rough Trade

Document And Eyewitness

Using key concepts from systems thinking, complexity sciences, life sciences, cognitive sciences, and social sciences, the book frames a systemic spatial design approach aimed at enhancing the potential of different spatial design disciplines to navigate place-specific emergent transformations without overdetermining their formal outcome.

A Systemic Approach to Spatial Design

Designing the Complex City

Rules of Thumb for Pipes and Pipelines

Jumbo

This graduate textbook and professional guide introduces system identification methods of SHM. Both parametric and non-parametric methods are formulated in the time or frequency domain. It also covers state and parameter identification, identifying behavior beyond the elastic region, and non-stationarity. Along with Python code.

This graduate textbook and professional guide introduces system identification methods of SHM. Both parametric and non-parametric methods are formulated in the time or frequency domain. It also covers state and parameter identification, identifying behavior beyond the elastic region, and non-stationarity. Along with Python code.

A Primer

Structural System Identification and Health Monitoring

This book examines the process of landscape dialogue as a natural give and take with the environment, offering a series of practical steps and techniques that designers can use in understanding the landscape. Case studies from the US, Japan, China, Mexico, Turkey, and Peru explore the book's lessons in practice.

This book examines the process of landscape dialogue as a natural give and take with the environment, offering a series of practical steps and techniques that designers can use in understanding the landscape. Case studies from the US, Japan, China, Mexico, Turkey, and Peru explore the book’s lessons in practice.

A New Approach to Site Analysis and Design

Landscape as Dialogue

Geomechanics Research

This book provides a basis to interpret acoustic emission (AE) as damage processes in stressed rock, with applications to stress measurements, size effects, source mechanisms, and fracture mechanics. Basic features of an AE monitoring system will be covered, with some background on the sensor, pre-amplifier, and data acquisition. Several examples of AE monitoring will include both lab and field applications ranging from element testing to hydraulic fracturing. Intended for geologists, geophysicists and mining, petroleum and civil engineers dealing with rock stress and rock damage processes.

Rock stress and rock damaging are some of the main obstacles encountered when designing and constructing engineering projects with rock. This book will provide a basis to interpret acoustic emission (AE) as damage processes in stressed rock, with applications to stress measurements, size effects, source mechanisms, and fracture mechanics. The nature of rock will be described as a crystalline solid with voids in the form of small cracks and pores called damage, and AE will be explained as energy released as a result of increase in damage. Basic features of an AE monitoring system will be covered, with some background on the sensor, pre-amplifier, and data acquisition. Waveform analyses will include source locations through a geometric interpretation and a numerical algorithm, which will be available through the authors’ web sites. Fault plane solutions and moment tensor analysis will be presented for a quantitative evaluation of micromechanisms of rock failure under tension and shear. Several examples of AE monitoring will include both lab and field applications ranging from element testing to hydraulic fracturing. Intended for geologists, geophysicists and mining, petroleum and civil engineers dealing with rock stress and rock damage processes.

Microcracking in Rock as Acoustic Emission

Digital Transformation in Aviation Industry Operations

Bibliografische Angaben

Inhaltsverzeichnis

Schlagworte

Bibliografische Angaben

Inhaltsverzeichnis

Schlagworte

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