Handbook of Footwear Design and Manufacture (2nd Ed.) The Textile Institute Book Series
Coordonnateur : Luximon A.
2. Foot Problems and their Implications for Footwear Design
3. Foot Biomechanics and Gait
4. Foot Development in Childhood and Adolescence
5. Sample Foot Data: 3D Scan, MRI CAT Scan Data, and Thermal Data
6. Foot Anthropometry and Foot Shape
7. Foot Models and Measurements
8. Foot Sketch Templates and Footwear Design
9. Shoe Design Development
10. Footwear Drawing Templates and Shoe Design
11. Footwear Design Exploration, Customization and Personalization
12. Design Technologies: 3D Design and 3D Printing
13. Footwear Comfort
14. Design and Manufacture of Shoe Lasts
15. Shoe-last Design for Mass-customized Footwear
16. The Footwear Business and Advertising
17. The Environmental Impact of Footwear and Footwear Materials
18. Footwear for Cold Weather Conditions
19. Textiles for Protective Military Footwear
20. Textiles and other Materials for Orthopaedic Footwear Insoles
21. Design Issues in Geriatric Footwear
22. Sportswear
23. Green Footwear
Researchers and advanced students in fields related to the manufacturing and design of footwear
- Covers many exciting new developments, such as AR/VR, additive manufacturing, customization of footwear, new last design methods, and green footwear
- Addresses the entire footwear design and manufacture supply chain
- Explains new methods for foot data analysis and representation
Date de parution : 02-2021
Ouvrage de 528 p.
15x22.8 cm
Thèmes de Handbook of Footwear Design and Manufacture :
Mots-clés :
3D printing; 3D technologies; Aging; Anatomy; Ankle; Arches; Blister; Bone; Bones; Boot; Brand equity; Brand positioning; CAT; Children's feet; Cold injury; Cold protective footwear; Comfortable; Computer-aided design; Construction of children's shoes; Consumer identity; Design; Design curves; Drawing elements; Drawing guidelines; Drawing templates; Dynamic biomechanics; Dynamic morphology; Ecosystems; End-of-life; Environment; Finite element (FE) model; Flexible flatfeet; Foot; Foot anthropometry; Foot data; Foot performance in cold; Foot shape; Foot sketches; Footwear; Footwear design; Footwear fit and comfort; Footwear illustration; Footwear styles; Gait kinematics; Grading; Green design; Ground reaction forces; Hallux valgus (HV); Joints; Landfill; Leather; Life cycle assessment; Manufacturing process; Materials; Maturation of foot shape; Metatarsalgia; Modern footwear industry; Moisture management; MRI; MTP joint; Muscle; Muscles; Neurovasculature; Orthopedic insoles; Plantar fasciitis; Pressure distribution; Product value; Recycling; Reuse; Shape modeling; Shoe; Shoe design; Shoe last; Shoe technology; Shoe-last design; Shoe-last templates; Shoes; Sizing; Sizing system; Socks; Sole; Style; Surface anatomy; Tanning; Tendons; Textiles; Thermal insulation; Thermal model; Toe box; Tools for eco-impact; User and design requirements; Waste management