Recent Developments in Renewable Energies Offshore (Hardcover, 1)

Generative Artificial Intelligence for Industry 5.0 (Hardcover, 1)

Advanced 2D Materials-based Solar Cells (Hardcover, 1)

Harnessing Digital Mapping for Soil Resource Monitoring and Assessment (Hardcover, 1)

Plant Disease Detection Using Machine Learning, Deep Learning, and Metaheuristics (Hardcover, 1)

Concepts of Machine Learning for Life Sciences (Hardcover, 1)

Construction 5.0 (Hardcover, 1)

Construction 5.0 (Paperback, 1)

Aviation Operations and Human Factors (Hardcover, 1)

Section I Conceptual and Theoretical Foundations. 1. Overview of Human Factors in Aviation. 2. Human Performance and Limitations. 3.?Factors Affecting Human Performance. 4.?Physical Environment. 5.?Social Psychology. Section II Individual Cognitive Processes and Psychological Competencies. 6.? Situational Awareness. 7.?Decision Making. 8.?Communication. 9.?Emotional Intelligence in Terms of Human Factors. Section III Error, Performance and Human Limitations. 10.?Error Management. 11.?Human Factors Error Explanation Models. 12.?Cognitive Factors in Aviation: Impact on Human Factors. Section IV Ergonomics, Design and Automation. 13. Ergonomics in Aviation. 14. Aircraft Cockpit Display and Control Systems. 15. Automation. 16.?Aircraft Accidents Caused by Human Factors in Design. Section V Tasks, Teamwork, and Professional Behaviour. 17.?Tasks. 18.Team Working. 19.?Leadership. 20. Professionalism.?Section VI CRM, Safety, and Organizational Dimensions. 21.?CRM, TRM, MRM in the Context of Human Factors. 22.?Safety Culture. 23.?Human Factors and Resilience. Section VII Contemporary and Operational Applications. 24. Fatigue Management. 25. Current Human Factors Issues. 26.?Human Factors in Air Traffic Management. 27.?Human Factors in Unmanned Sector Aerial Vehicles.??

Transforming Environmental, Safety, and Health Management Through Artificial Intelligence (Hardcover, 1)

1. Environmental, Safety and Health Management Basics. 2.?Understanding Artificial Intelligence. 3.?Integration of Artificial Intelligence into the Environmental, Safety, and Health Corporate Posture. 4.?Environmental Monitoring and Data Collection. 5.?Climate Risk Assessment and Predictive Modeling. 6.?Resource Optimization and Waste Reduction. 7.?Workplace Monitoring for Safety. 8.?Risk Evaluation and Decision-Making Processes. 9.?Emergency Response and Crisis Management. 10.?Occupational Health Monitoring. 11.?Occupational Health and Disease Surveillance. 12.? Mental Health in the Workplace. 13.?Case Studies from Industry and Government. 14.? Future Trends and Innovation. 15.?Environmental, Safety, and Health Artificial Intelligence Implementation Strategies and Challenges.?

Transforming Environmental, Safety, and Health Management Through Artificial Intelligence (Paperback, 1)

1. Environmental, Safety and Health Management Basics. 2.?Understanding Artificial Intelligence. 3.?Integration of Artificial Intelligence into the Environmental, Safety, and Health Corporate Posture. 4.?Environmental Monitoring and Data Collection. 5.?Climate Risk Assessment and Predictive Modeling. 6.?Resource Optimization and Waste Reduction. 7.?Workplace Monitoring for Safety. 8.?Risk Evaluation and Decision-Making Processes. 9.?Emergency Response and Crisis Management. 10.?Occupational Health Monitoring. 11.?Occupational Health and Disease Surveillance. 12.? Mental Health in the Workplace. 13.?Case Studies from Industry and Government. 14.? Future Trends and Innovation. 15.?Environmental, Safety, and Health Artificial Intelligence Implementation Strategies and Challenges.?

Nanofluids for Thermal Applications (Hardcover, 1)

Preface. 1. Synthesis Techniques and Surface Functionalization of Nanofluids. 2. Rheological Behavior and Flow Characteristics of Nanofluids. 3. Thermal and Electrical Conductivity Enhancement Mechanisms in Nanofluids. 4. Wettability and Surface Interaction Phenomena in Nanofluids. 5. Advanced Characterization Methods for Nanofluids. 6. Nanofluid Thermophysical Properties Prediction Using Machine Learning and Artificial Intelligence. 7. Environmental and Economic Considerations of Nanofluid Deployment. 8. Numerical Modeling of Heat and Mass Transfer Mixed Convection Casson MHD Nanofluid Flow over a Vertical Plate with Nonlinear Thermal Radiation. 9. Challenges, Gaps, and Future Directions in Nanofluid Research and Applications. 10. Hybrid and Multifunctional Nanofluids: Design, Properties, and Emerging Applications. 11. Nanofluids in Renewable Energy Systems ? Applications, Challenges, and Future Prospects. 12. Boiling, Condensation, and Phase-Change Heat Transfer Mechanisms in Nanofluids. 13. Artificial Intelligence, Nanochemistry, and Ionanofluids for Sustainable Development. 14. Adaptive Heat Transfer Enhancement through Magnetically Tunable Hybrid Nanofluids.

Worlds Coordinated with Cosmic Muons (Paperback, 1)

1. Muosphere. 2. Nondirectional World Coordination. 3. Directional World Coordination.

Worlds Coordinated with Cosmic Muons (Hardcover, 1)

1. Muosphere. 2. Nondirectional World Coordination. 3. Directional World Coordination.

Practical Applications of the Fractional Fourier Transform Using MatLab (Hardcover, 1)

1. Introduction 2. Fractional Fourier Transform (FrFT) Background 3. Prior Applications 4. Co-channel Interference Suppression 5. Speech Processing 6. Chirp Rate Shift Keying (CRSK) modulation 7. Channel Estimation 8. Radar and Sonar Target Echo Extraction Algorithms 9. Interference Suppression in GPS 10. Seismic Wave Processing 11. Digital image watermarking 12. Biomedical applications 13. FrFT-Based Spectrum Analyzer 14. Summary and Future Work Bibliography Index

New Machine Learning Methods for the Sustainable Development Goals (Hardcover, 1)

Chapter 1: Development Concerning Sustainability Based on AI. Chapter 2: Introduction of New Artificial Intelligence Methods and Their Applications. Chapter 3: New Hybrid and Ensemble Methods and Their Applications. Chapter 4: The Application of AI Methods in Sustainable Development. Chapter 5: Optimization Techniques Based on Artificial Intelligence for Sustainable Development. Chapter 6: Optimization of the Use of Energy and Resource Materials by Machine Learning. Chapter 7: Artificial Intelligence for Wastewater Treatment for Sustainable Development Goals. Chapter 8: Minimization of Waste Production and Recycling by AI Methods for Sustainable Development Goals. Chapter 9: From Detection to Intervention: A Multi-modal AI Framework for Air Pollution Mitigation. Chapter 10: Minimization of the Use of Fossil Fuels by AI Methods. Chapter 11: Optimization of Project Costs by AI Methods. Chapter 12: Improving Safety and Security Using AI. Chapter 13: Improvement of Public Services by AI Methods. Chapter 14: Improvement of Technical Features of Projects by AI Methods. Chapter 15: Artificial Intelligence in Computational Mechanics and Its Effect on Sustainable Design and Analysis. Chapter 16: Use of AI Methods for Multi-Criteria Decision Analysis.

Polymers (Paperback, 4)

Dedicaton. Preface. Acknowledgements. List of Abbreviations. CHAPTER 1 INTRODUCTION. CHAPTER 2 POLYCONDENSATION AND POLYADDITION. CHAPTER 3 CHAIN POLYMERIZATION. CHAPTER 4 IONIC POLYMERIZATION. CHAPTER 5 LINEAR COPOLYMERS AND OTHER ARCHITECTURES. CHAPTER 6 POLYMER STEREOCHEMISTRY. CHAPTER 7 POLYMERIZATION REACTIONS INITIATED by METAL CATALYSTS and TRANSFER REACTIONS. CHAPTER 8 POLYMERS IN SOLUTION. CHAPTER 9 POLYMER CHARACTERIZATION ? MOLAR MASSES. CHAPTER 10 POLYMER CHARACTERIZATION ? CHAIN DIMENSIONS, STRUCTURES AND MORPHOLOGY. CHAPTER 11 POLYMER CHARACTERIZATION ? CHAIN DIMENSIONS, STRUCTURES AND MORPHOLOGY. CHAPTER 12 THE GLASSY STATE AND GLASS TRANSITION. CHAPTER 13 RHEOLOGY AND MECHANICAL PROPERTIES. CHAPTER 14 THE ELASTOMERIC STATE. CHAPTER 15 STRUCTUR E PROPERTY RELATIONS. CHAPTER 16 SUSTAINABLE POLYMERS AND CIRCULARITY. Index.

Designing, Marketing and Delivering a Connected, Seamless Travel Experience (Hardcover, 1)

Forewords Chapter 1 Introduction Chapter 2 Creating end-to-end journeys and experience Chapter 3 Overcoming challenges to seize opportunities ahead Chapter 4 Learning from the experiences of other business sectors Chapter 5 Building new end-to-end retailing capabilities Chapter 6 Partnering for new opportunities for mutual benefit Chapter 7 Capturing the momentum of new technologies Chapter 8 Making end-to-end travel a C-Suite priority Chapter 9?Moving from insights to actions Chapter 10 Thought leadership pieces About the Author?Index?

A Beginner’s Guide to Sustainable Energy Systems Modelling and Optimization (Hardcover, 1)

0. Front Matter.?Part I. Fundamentals of Modelling and Optimization.?1.???? Developing a Superstructure?- the Foundation for Energy Systems Modelling and?Optimization.?2.???? Data Collection and Parameter Estimation for Energy Systems.?3.???? From Concepts to Equations: Developing Mathematical Models for Energy Systems.?4.???? Objective Functions, Constraints and Solution Tools.?Part II. Using a tool you most likely used before ? Microsoft Excel® .5.???? Solving Facility-Level Energy System Problems with Microsoft Excel® .?6.???? Solving Energy Supply Chain Problems with Microsoft Excel® .?7.???? Solving Regional/National Energy System Planning Problems with Microsoft Excel® .?Part III. “Visualizing” your model using P-graph.?8.???? Solving Facility-Level Energy System Problems with P-graph.?9.???? Solving Energy Supply Chain Problems with P-graph.?10.? Solving Regional/National Energy System Planning Problems with P-graph.?Part IV. Coding with user-friendly a platform - LINGO by LINDO Systems.?11.? Solving Facility-Level Energy System Problems with LINGO.?12.? Solving Energy Supply Chain Problems with LINGO.?13.? Solving Regional/National Energy System Planning Problems with LINGO.?Part V. Leveraging open-source programming platforms like Python.?14.? Solving Facility-Level Energy System Problems with Python.?15.? Solving Energy Supply Chain Problems with Python.?16.? Solving Regional/National Energy System Planning Problems with Python.?Part VI. Takeaways and What’s Next?.?17.? What is Beyond this Book?.

Metal-Free Electrodes for Energy Storage (Hardcover, 1)

1. Overview of Metal-Free Electrode Materials. 2. Advanced Synthesis Techniques for Metal-Free Electrodes. 3. Fundamental Principle and Interface for Energy Storage. 4. Electrochemical Processes and Charge Transport in Metal-Free Electrodes. 5. Effect of Electrolytes on Metal-Free Electrodes for Energy Storage. 6. Polymers for Energy Storage. 7. Plant Leaves Derived Carbon for Energy Storage. 8. Plant Barks Derived Carbon for Energy Storage. 9. Plant Trunk Derived Carbon for Energy Storage. 10. Plant Fruit Derived Carbon for Energy Storage. 11. Plant Flowers Derived Carbon for Energy Storage. 12. Animal's Waste Derived Carbon for Energy Storage. 13. Human Made Waste Carbons for Energy Storage. 14. Carbon and its Derivatives for Energy Storage. 15. Industrial Aspect of Metal Free Electrode Materials for Energy Storage. 16. Morphology-Dependent Metal Free Electrode Materials for Energy Storage. 17. Current Status, Challenges, and Future Prospects of Metal Free Electrode Materials for Energy Storage.

Thin Film Composite Membranes (Hardcover, 1)

Section I: Materials Development

1.?Cross-linked Thin-Film Composite (TFC) Membranes in Water Treatment: History, Current Innovations and Future Potential. 2.?Engineered Support Layers for High-Performance TFC Membranes in Pressure- and Osmotically Driven Processes.?3.?High-performance Materials in Organic Solvent Reverse Osmosis Membranes.?4. Polyelectrolyte Multilayer Membranes.

Section II: Emerging Fabrication, Characterization Techniques and Modelling

5. Progress in Fabrication Techniques of Thin-Film Composite (TFC) Membranes.?6. Advanced Characterization of Selective Layer of Thin-film Composite (TFC) Membranes.?7. Polyamide Thin-Film Composite Membranes: Modelling of Formation and Transport.

Section III: Applications of TFC Membranes

8. Integrated Thin Film Composite (TFC) Membrane Process.?9. Fouling Mitigation in Pressure Retarded Osmosis Process.?10. TFC Membranes for Resources Recovery.?11. TFC Membranes in Pressure-driven and Osmotically Driven Separation Processes of Organic Mixtures.?12. Gas Separation Using Thin Film Composite Membranes.

Digital Health for Aging Populations (Hardcover, 1)

Part 1: Cultural and Theoretical Foundations of Digital Health for Older Adults. 1.?Understanding Cultural Influences on Ageing and the Use of Digital Technology: A Bioecological and Occupation-Based Perspective. 2.Understanding Cultural Influences on Digital Health Adoption Among Aging Populations: A Critical Interpretive Synthesis. 3. Cultural Competence in Aging: Tailoring Digital Health Solutions for Diverse Elderly Populations. 4. From Skepticism to Acceptance: Understanding the Theoretical Perspectives of Utilitarian & Hedonic Perspectives to Enhance the User Adoption of Social Robots.?Part 2: Technology Adoption Barriers and Facilitators. 5.?Analysing Technology Adoption Among Older Adults: The Influence of Security, Trust, Ease of Use and Financial Barriers. 6. A Possible Role for Voice Assistants in Improving Domain-Specific and General Self-Efficacy of Older Adults: Using Technology to Improve Resilience.?Part 3: Specific Digital Health Interventions and Applications. 7.?Cycling Through Neuro Games: A Dual-Task Approach to Mild Cognitive Impairment Rehabilitation. 8. AI Companions and Elderly Loneliness: A Qualitative Exploration Across Developing and Developed Nations. 9. Digital Solutions for Promoting Physical Health in Ageing Populations. 10. Spiritual Care Through Digital Health and Technology for Older Adults. 11. Telehealth Access to Care: Expanding Healthcare Reach for Aging Populations.?Part 4: Healthcare Systems and Future Directions. 12.?Innovations in Healthcare Delivery for the Elderly. 13. Digital Health Technology for Ageing Populations ? Innovative Strategies, Challenges, and Opportunities

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Sustainable Distribution Systems (Hardcover, 1)

1. Machine Learning Techniques in Forecasting the Reliability and Performance of Solar PV Systems. 2. Adaptive and AI-Driven Control Models for Hydrogen Fuel Cell Hybrid Electric Vehicles: Optimizing Energy Storage and Performance. 3. Incentive-based Demand Response Program for Low-Voltage Smart Distribution Systems. 4. AI-Predictive and Block chain-Secured Energy Trading in Bidirectional EV-Integrated Grid-Connected Hybrid Renewable Energy Systems. 5. Coordinated Operation of Renewable Energy Systems (RESs), Battery Energy Storage Systems and Loads for Sustainable Power System. 6. Integrated Thermal-Electrical Modeling of Lithium-Ion Batteries with Experimental Validation for High C-Rate Applications. 7. Coordinated Strategy of BES and SSSC for the Improvement in Load Frequency Control of the Power System under FOPID Controller. 8. Energy Scheduling of a Coordinated Residential Neighbourhood Integrated with Solar PV, BESS and EV. 9. Novel Current fed dc-dc Power Electronic Interface for Distributed Energy in Heavy duty Electric Vehicles. 10. Design and Performance Analysis of a Hybrid Energy Storage System with Non-Linear Control Systems.?11. A Comprehensive Review of Coordinated Integration of Renewable Energy, Electric Vehicles and Energy Storage in Distribution Systems. 12. IoT-Enabled Photovoltaic Microgrid Monitoring with Prototype Evaluation of Low Power and Wireless Communication Protocols. 13. Stochastic Planning Approaches and Ecological Footprint for Sustainable EV Charging Infrastructure. 14. Optimising Urban Footprints: Integrated Planning for Solar, Storage, and EV Charging. 15. Design of a Simulator for Optimal Sizing and Monitoring of Economical Electric Vehicles. 16. Different Droop Control Techniques and Optimization Algorithms for Distributed Generation Systems. 17. An Integrated Control Approach for Power Quality Improvement in Distributed PV Generation. 18. State of Charge Estimation Li-ion Battery using EKF, Bi-LSTM, and Hybrid Methods.

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Polymers (Hardcover, 4)

Dedicaton. Preface. Acknowledgements. List of Abbreviations. CHAPTER 1 INTRODUCTION. CHAPTER 2 POLYCONDENSATION AND POLYADDITION. CHAPTER 3 CHAIN POLYMERIZATION. CHAPTER 4 IONIC POLYMERIZATION. CHAPTER 5 LINEAR COPOLYMERS AND OTHER ARCHITECTURES. CHAPTER 6 POLYMER STEREOCHEMISTRY. CHAPTER 7 POLYMERIZATION REACTIONS INITIATED by METAL CATALYSTS and TRANSFER REACTIONS. CHAPTER 8 POLYMERS IN SOLUTION. CHAPTER 9 POLYMER CHARACTERIZATION ? MOLAR MASSES. CHAPTER 10 POLYMER CHARACTERIZATION ? CHAIN DIMENSIONS, STRUCTURES AND MORPHOLOGY. CHAPTER 11 POLYMER CHARACTERIZATION ? CHAIN DIMENSIONS, STRUCTURES AND MORPHOLOGY. CHAPTER 12 THE GLASSY STATE AND GLASS TRANSITION. CHAPTER 13 RHEOLOGY AND MECHANICAL PROPERTIES. CHAPTER 14 THE ELASTOMERIC STATE. CHAPTER 15 STRUCTUR E PROPERTY RELATIONS. CHAPTER 16 SUSTAINABLE POLYMERS AND CIRCULARITY. Index.

Circularity (Hardcover, 1)

Section I - Circularity as a moral imperative. Chapter 0 - Prologue ? The path to Sustainability in a Circular Economy. Chapter 1 ? Importance of Economics in Sustainable Circular Economy. Chapter 2 ? From Circles to Sustainability. Chapter 3 - Inside the Drive to a Sustainable Circular Economy. Section II - Economic business strategy for a sustainable world. Chapter 4 - Doughnut Economics and the Sustainable Circular Economy. Chapter 5 - Sustainable circular bioeconomy. Chapter 6 ? Transitioning to a Sustainable Circular Economy. Chapter 7 ? Epilogue - Circular viability and electrons