Human Factors for Industrial Designers (Hardcover, 1)

1. Introduction 2. Life Course 3. Psychology and Cognitive Sciences 4. Anatomy and Physiology 5. Anthropometrics 6. The Senses and Sense Organs 7. Biological Processes 8. Anthromechanics 9. Health, Health Literacy, and Healthcare Settings

Human Factors for Industrial Designers (Paperback, 1)

1. Introduction 2. Life Course 3. Psychology and Cognitive Sciences 4. Anatomy and Physiology 5. Anthropometrics 6. The Senses and Sense Organs 7. Biological Processes 8. Anthromechanics 9. Health, Health Literacy, and Healthcare Settings

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.??

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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Computer Aided Design of 3D Printable Anatomically Shaped Medical Devices : Methodologies and Applications (Paperback)

Preface. Acknowledgements. 1. Introduction. 2. CAD and 3D Printing in Medicine ? Basic Concepts. 3. Medical Imaging and Anatomical Measurement. 4. CAD Design of Anatomical Models. 5. Additive Manufacturing of Anatomical Shapes. 6. Design and 3D Printing of Orthopedic and Prosthetic Devices. 7. Design and 3D Printing of Anatomical Surgery Supplies. 8. Conclusions. Literature. Index.

The CRC Handbook of Mechanical Engineering : 3-Volume Set (Multiple-component retail product, 3 ed)

Volume 1: Core Engineering Principles ? Chapter 1: Mechanics of Solids ? Chapter 2: Engineering Thermodynamics ? Chapter 3: Fluid Mechanics ? Chapter 4: Heat and Mass Transfer ? Chapter 5: Mathematics Volume 2: Engineering Systems and Applications ? Chapter 1: Electrical Engineering ? Chapter 2: Mechanical System Controls ? Chapter 3: Energy Resources ? Chapter 4: Energy Conversion ? Chapter 5: Air-Conditioning and Refrigeration ? Chapter 6: Engineering Design Volume 3: Specialized Topics and Emerging Technologies ? Chapter 1: Materials ? Chapter 2: Modern Manufacturing ? Chapter 3: Robotics ? Chapter 4: MEMS Technology ? Chapter 5: Environmental Engineering ? Chapter 6: Engineering Economics and Project Management ? Chapter 7: Desalination ? Solar and Non-Solar Technologies ? Chapter 8: Mechanical Engineering Codes and Standards ? Chapter 9: Biomechanical Engineering ? Chapter 10: Aerodynamics ? Appendices

The CRC Handbook of Mechanical Engineering : Specialized Topics and Emerging Technologies (Hardcover, 3 ed)

? Chapter 1: Materials ? Chapter 2: Modern Manufacturing ? Chapter 3: Robotics ? Chapter 4: MEMS Technology ? Chapter 5: Environmental Engineering ? Chapter 6: Engineering Economics and Project Management ? Chapter 7: Desalination ? Solar and Non-Solar Technologies ? Chapter 8: Mechanical Engineering Codes and Standards ? Chapter 9: Biomechanical Engineering ? Chapter 10: Aerodynamics ? Appendices

The CRC Handbook of Mechanical Engineering : Engineering Systems and Applications (Hardcover, 3 ed)

1. Electrical Engineering. 2. Mechanical ?System Controls. 3 Energy Resources.? 4 Energy Conversion. 5? ?Air-Conditioning and Refrigeration. 6? Engineering Design

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Human Modeling in Human-Computer Interaction (Hardcover, 1)

Part 1: DHM in HCI. 1. Systematic Review of Human Modeling. 2. DHM in Industrial Setting. 3. Modeling Air Traffic Control. 4. Ergonomic Aspects in Construction. 5. Human Factors in Space. 6. Human Modeling in Modern Automotive Vehicles. 7. Vision Analysis in Vertical Take-Off Vehicles. 8. Human Automation Interaction in Mobile Computing. Part 2: AI in HCI. 9. Systematic Review in AI and Smart Services. 10. Human-Automation Interaction in Manufacturing, Services and UX. 11. Bibliometric Analysis in Autonomous Driving, Avatars and Pedestrian. 12. Biometrics, Human Identification and Cybersecurity. 13. Posture, Manikin and Simulation. 14. Human-Automation Interaction in Transportation. 15. Gestures and Human-Robot Interaction. 16. Social Robotics.

The CRC Handbook of Mechanical Engineering : Volume 1 (Hardcover, 3 ed)

1. Mechanics of Solids 2. Engineering Thermodynamics 3. Fluid Mechanics 4. Heat and Mass Transfer 5. Electrical Engineering 6. Mechanical System Controls 7. Energy Resources 8. Energy Conversion 9. Air-Conditioning and Refrigeration 10. Transportation 11. Engineering Design 12. Materials 13. Modern Manufacturing 14. Robotics 15. MEMS Technology 16. Environmental Engineering 17. Engineering Economics and Project Management 18. Nanotechnology 19. Mathematics 20. Water Desalination 21. Biomechanics 22. Aeronautics Appendices

Strategic Design for Sustainable Futures: Approaches in Communication, Fashion and Product Design (Hardcover)

Why Are Things So Hard To Use? : Learning From Design Failures (Hardcover)

1. The complexity of the modern world.?2. Not considering who your user is.?3. Not considering user capabilities.?4. Failing to consider user goals.?5. Failing to use your words.?6. Using too many words.?7. Making an inconsistent design.?8. Failure to make your design invisible.?9. Failure to make your design visible.?10. Not accounting for the user's mental model.?11. Making things too complex.?12. The future won't save us.13. So many failures. Now what do I do??14. Let's get out there and design!?

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Why Are Things So Hard To Use? : Learning From Design Failures (Paperback)

1. The complexity of the modern world.?2. Not considering who your user is.?3. Not considering user capabilities.?4. Failing to consider user goals.?5. Failing to use your words.?6. Using too many words.?7. Making an inconsistent design.?8. Failure to make your design invisible.?9. Failure to make your design visible.?10. Not accounting for the user's mental model.?11. Making things too complex.?12. The future won't save us.13. So many failures. Now what do I do??14. Let's get out there and design!?

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Smart Innovations in Energy and Mechanical Systems: Proceedings of Siems-2026 (Paperback)

Lean Manufacturing and Industry 5.0 : Concepts, Technologies, and Methods (Hardcover)

1. Lean Manufacturing Concepts. 2. Industry 4.0 Concepts. 3. Industry 5.0 Concepts. 4. Lean Tools (Core Tools). 5.?Lean Tools (Supporting Tools).?6. Lean Integration with Other Strategies. 7. Industry 5.0 Challenges/Barriers/Factors. 8. Industry 5.0 Technologies (Digital Twins/Additive Manufacturing/Cobots). 9.?Industry 5.0 Technologies (AI&ML/Data Analytics/IoT). 10.?Tool/Technology Selection for Lean and Industry 5.0. 11. Workforce Attributes/Skills/Readiness for Lean and Industry 5.0. 12. Lean and Industry 5.0 Performance Measurement. 13.?Lean and Industry 5.0 Implementation.?14.?Research Avenues and Application Domains of Lean and Industry 5.0.

Innovations in Mechanical Engineering V (Paperback)

AI and IoT in Engineering, Life Science, and Healthcare (Hardcover, 1)

Mobile Cloud Computing Pervasive Healthcare. 2. Design and Implementation of a Web-Based Document Scanner Using Optical Character Recognition. 3. AI-assisted Patient Care in Nursing Practice: Improving Outcomes and Reducing Workload. 4. A Multi-Criteria Decision-Aid Tool for Analyzing the Pharmacological Treatments of Venous Insufficiency. 5. Delving into the manifold landscape of smart city applications and the impact that these make on urban life. 6. AI-Powered Telemedicine and Remote Patient Monitoring Systems: Challenges and Opportunities. 7. Emotional Artificial Intelligence: Can Machines Understand and Simulate Human Emotion?. 8. Governance of Super AI: Who Controls Superintelligent Systems?. 9. Distributed Transputer Network Performance Assessment with High-Performance Communication Links. 10. The promise and challenges of generative AI in education. 11. Examining Cyberattacks and Cybersecurity Weaknesses in Higher Education. 12. Current Developments in Information and Cybersecurity Maturity Evaluation: A Comprehensive Review of the Literature. 13. Deep Learning Evaluation of Five Convolutional Neural Networks for Automated Diagnosis of Eczema and Psoriasis. 14. An Analysis of Genetic Algorithms for Data Security in Cloud Computing. 15. Development of an AI Powered Smart Bee Hive for Sustainable Apiculture Within the Mediterranean Basin. 16. Techniques for Countering Social Engineering Attacks. 17. Gamification in Cybersecurity Education: A Comprehensive Review and Research Agenda. 18. Effective Quantum, Artificial Intelligence (AI), and Cloud Implementation.

Human Factors and the Moon : Mission Requirements, Engineering Solutions and Lunar Living (Hardcover)

1.?Introduction to Human Factors and the Moon.?2.The laws of physics and the Moon. 3. Rockets; Thrusters, Capsules and Spacesuits. 4. The Journey to the Moon: Engineering Requirements and Solutions. 5.?Human requirements and engineering solutions. 6. The Earth, The Moon and Spaceflight - A Brief History. 7.?Geography of the moon and selenographics.?8.The Geology and Resources of the Moon. 9.The lunar environment. 10. Environmental Ergonomics on the Moon.

Biosensors and Smart Packaging for Food Products: A Sustainable Development Approach (Paperback)

Section 1: Foundations and Commercialization Challenges
1. Sustainable Development and Commercialization Challenges of Smart Food Packaging
2. Advances and Challenges in Biosensor Technologies for Food Packaging
3. Sensor-Integrated Food Processing Systems: Innovations and Market Barriers

Section 2: Sensor Technologies and Indicators for Food Quality Monitoring
4. Biosensors in Food Safety: Principles and Applications
5. Gas Sensors in Intelligent Packaging: Carbon Dioxide and Oxygen Indicators
6. Fluorescent Dye-Based Membrane Film Sensors for Freshness Monitoring
7. RFID and Chipless Sensor Technologies for Food Quality Assessment
8. Electrochemical Sensors for Detection of Biogenic Amines in Food Spoilage
9. Wireless and Passive Sensor Systems for Real-Time Food Quality Quantification

Section 3: Food Product-Specific Smart Packaging Applications
10. Smart Packaging Solutions for Seafood Safety and Spoilage Prevention
11. Intelligent Packaging Technologies for Meat Industry Applications
12. Active and Intelligent Packaging for Preservation of Fresh Foods

Section 4: Materials and Nanotechnology in Smart Packaging
13. Biopolymer-Based Nanocomposites for Sustainable Intelligent Packaging
14. Novel Water-Resistant and UV-Activated Indicators for Food Packaging

Section 5: Supply Chain, Traceability, and Sustainability
15. Traceability in Food Supply Chains: Enhancing Safety and Quality via Smart Packaging
16. Intelligent Packaging as a Tool to Reduce Food Waste: Recent Advances

Section 6: Regulatory, Ethical, and Future Perspectives
17. Regulatory, Ethical, and Standardization Aspects of Smart Food Packaging
18. Smart Packaging for Plant-Based and Novel Food Products: Emerging Trends

Designing Smart Solutions for Vulnerable Users : Products, Services, Processes and Methodologies (Hardcover)

Part I - Theoretical Framework.?1. Inclusive Design in Smart Healthcare: A Review of Research Themes and Target User Group. 2. From Barriers to Smart Solutions: Mapping Accessibility and Inclusion in Outpatient Chemotherapy Services. 3. Care Design. An educational project. 4. Pace Layering the LongevityTech City: Design of Urban Futures. 5. Design for neo-vulnerable users: How can design contribute to reducing loneliness. 6. Advancing smart clothing for active ageing: key design considerations.?Part II - Case studies.?7. The other side of the coin: a participatory experience to explore intersectionality and support epistemic knowledge to counter academic privilege and create more inclusive learning environments. 8. Academia and outreach combined to improve the quality of life of people with disabilities through technology. 9. Facilitating movement through design to reduce vulnerability in chronic conditions.10. Integrating Somatic Empathy, AI Analysis, and Co-Design for Blind and Low-Vision Use. 11. A Dialogue of Therapist, Client and Technology: Mediating Care and in Blended Therapy.

Remote Synchronous Collaboration in Industrial Design Teams (Hardcover)

Proceedings of Hwwe 2024, Volume 4: Future Challenges in Health, Safety and Design (Paperback)

Friction and Wear in Footwear (Hardcover)

Athletic Footwear Technology: State-Of-The-Art (Hardcover)