Footwear Innovation: From Conceptual Design through to Advanced Manufacturing Techniques is an essential guide for understanding technological advancements in the footwear industry. The book offers a detailed exploration into foot biomechanics, deformities, and machine learning's role in identifying users' needs. It serves as a comprehensive resource for footwear designers, manufacturers, and entrepreneurs. The book is divided into six parts: foot problems and biomechanics; ideation and design methodologies; advanced tools like Reverse Engineering, CAD/CAS/CAE, Augmented/Virtual Reality, and…mehr
Footwear Innovation: From Conceptual Design through to Advanced Manufacturing Techniques is an essential guide for understanding technological advancements in the footwear industry. The book offers a detailed exploration into foot biomechanics, deformities, and machine learning's role in identifying users' needs. It serves as a comprehensive resource for footwear designers, manufacturers, and entrepreneurs. The book is divided into six parts: foot problems and biomechanics; ideation and design methodologies; advanced tools like Reverse Engineering, CAD/CAS/CAE, Augmented/Virtual Reality, and Artificial Intelligence; manufacturing technologies including 3D printing and robotics; risk assessment and usability testing; and finally, sustainability and entrepreneurship in footwear innovation.
PART 1. UNDERSTANDING FOOT PROBLEMS 1. Introduction to the biomechanics of the foot and various deformities of the foot 2. Understanding the Users’ needs and Problems for footwear using Machine learning Approaches PART 2. IDEATION AND DESIGN METHODS IN FOOTWEAR DESIGN AND DEVELOPMENT 3. Generation of a variety of footwear design ideas using various methods 4. Role of creativity for designers during ideation stages and methods to assessing the skills of creativity PART 3. METHODS AND TOOLS FOR CREATION OF FOOTWEAR 5. Amalgamation of Reverse Engineering, CAD/CAS/CAE, Augmented/Virtual reality and Artificial Intelligence to obtain an optimal design solution PART 4. TECHNOLOGIES AND MANUFACTURING METHODS OF FOOTWEAR 6. Advancement in 3D printing material and printed footwear accessories 7. Recyclizing and social, economic and environmental aspects of the footwear innovations PART 5. RISK ASSESSMENT AND USABILITY TESTING OF FOOTWEAR 8. How to plan a Design of Experiments to conduct the usability testing on footwear products with end users? 9. Effect of wearing footwear on balance and walking: Kinetic and Kinematics Study PART 6. SUSTAINABILITY AND ENTREPRENEURSHIP IN THE FOOTWEAR SECTOR 10. Promoting Entrepreneurship and Sustainability in Footwear business
PART 1. UNDERSTANDING FOOT PROBLEMS 1. Introduction to the biomechanics of the foot and various deformities of the foot 2. Understanding the Users’ needs and Problems for footwear using Machine learning Approaches PART 2. IDEATION AND DESIGN METHODS IN FOOTWEAR DESIGN AND DEVELOPMENT 3. Generation of a variety of footwear design ideas using various methods 4. Role of creativity for designers during ideation stages and methods to assessing the skills of creativity PART 3. METHODS AND TOOLS FOR CREATION OF FOOTWEAR 5. Amalgamation of Reverse Engineering, CAD/CAS/CAE, Augmented/Virtual reality and Artificial Intelligence to obtain an optimal design solution PART 4. TECHNOLOGIES AND MANUFACTURING METHODS OF FOOTWEAR 6. Advancement in 3D printing material and printed footwear accessories 7. Recyclizing and social, economic and environmental aspects of the footwear innovations PART 5. RISK ASSESSMENT AND USABILITY TESTING OF FOOTWEAR 8. How to plan a Design of Experiments to conduct the usability testing on footwear products with end users? 9. Effect of wearing footwear on balance and walking: Kinetic and Kinematics Study PART 6. SUSTAINABILITY AND ENTREPRENEURSHIP IN THE FOOTWEAR SECTOR 10. Promoting Entrepreneurship and Sustainability in Footwear business
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