Modeling Wrinkles on Smooth Surfaces for Footwear Design

Fu, Jianzhong; Joneja, Ajay; Tang, Kai

doi:10.1080/16864360.2004.10738272

Cited by 7 publications

(5 citation statements)

References 15 publications

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“…Research on shoe-last has been focused on foot measurement [17,18], sizing system [19], orthopedic shoe-last [20], mass-customization of shoe-last [21,22], custom shoe-last [23,24] and footwear fitting [3,25]. Furthermore, there are studies in making shoe design based on digital shoe-lasts [26][27][28]. There is ongoing research on comfort [10], fit [11] and matching of foot to shoe-last [22,25].…”

Section: Introductionmentioning

confidence: 99%

Shoe-last design innovation for better shoe fitting

Luximon

2009

Computers in Industry

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Section: Introductionmentioning

confidence: 99%

Shoe-last design innovation for better shoe fitting

Luximon

2009

Computers in Industry

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“…The development of new design tools for sole (Kim et al, 2008) or upper (Jing et al, 2005) parts allow the addition of very small details in the shoe design process. In addition, new digital design paradigms support direct style-lines development and allow shortening of the conceptual-design cycle Sapidis, 2004, 2005;Liu et al, 2006).…”

Section: Previous Workmentioning

confidence: 99%

An innovative virtual-engineering system for supporting integrated footwear design

Azariadis

Moulianitis

Melis

et al. 2010

IJIEI

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This paper presents a new virtual-engineering platform, called as virtual shoe test bed (VSTB), for supporting the design of footwear from the engineering point of view. The proposed VSTB system includes various functional design criteria in order to support the definition of the best solution for each product utilising scenarios based on user needs and preferences. Using the proposed virtual-engineering system a designer is able to simulate the behaviour of footwear components and the interaction between shoe and user in order to derive a predictive estimation of the fitting, thermal comfort and 54 P. Azariadis et al.performance ratings without the necessity to manufacture and validate physical prototypes. The present paper describes the architecture, the tests implemented in the final system along with corresponding lab experiments conducted in terms of industrial validation. All results and hints for future research are reported and discussed.Reference to this paper should be made as follows: Azariadis, P., Moulianitis, V., Melis, J.O., Alemany, S., González, J.C., de Jong, P., Dunias, P., van der Zande, M. and Brands, D. (2010) 'An innovative virtual-engineering system for supporting integrated footwear design', Int. and working in various national and EU research projects. His research activities are focused in the design theories and methodologies, computational intelligence, KAD, mechatronics and robotics.Jose Olaso Melis is an Industrial Engineer at the Polytechnic University of Valencia. Since 2003, he has been working as a Researcher within the footwear and clothing group of the Institute of Biomechanics of Valencia. His research areas of interest are biomechanics, physiology and comfort, focusing in the analysis of user-product interaction in different product typology (sports, safety and daily wear) and populations (children, adults and seniors), with the aim of improving product's performance and user's comfort. He has wide experience in R&D activities for footwear and clothing companies and has participated in European research projects related to product innovation. Sandra Alemany is a Researcher at the Institute of Biomechanics of Valencia, Spain. Her research interest is focused in the human-product interaction and includes the study of anthropometry and 3D body shape variation, the human shape modelling, the influence of material properties in the product fitting and their study by means of biomechanical variables. She has particular expertise in the application and transference of this knowledge in the product design process, especially in footwear and clothing.An innovative virtual-engineering system 55 Juan Carlos González is an Industrial Engineer. He coordinates the R&D activities of the IBV in the area of technical clothing (which also includes footwear and personnel protective equipment) at a technical and scientific level. He has a wide experience in R&D activities for footwear and clothing companies and has participated in several projects which are highly relevant to the European Union...

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“…Bridge boundary triangularization is achieved by minimum energy folding process of simulation cloth piece rotating from one end to the other end. Fu et al [4] synthesized deformation simulation of wrinkle shape in the smooth surface area with fixed boundary and gave some basic parameter inputs such as wrinkle amplitude and extension.…”

Section: Current Research Status Of Garment Wrinkle Simulation Duringmentioning

confidence: 99%

Research on Garment Wrinkle Synthetic Method Based on Mass-Spring Model

Chen¹,

He²,

Yu³

2015

IJMMM

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Abstract-The manifestation and details of garments are mainly represented by wrinkles. Through physical simulation of garment model, generated folding and wrinkles can be seen, The more mass points of garment mesh model are, the more realistic the effect are, but the longer the time will spend. On the contrary, the less mass points of garment mesh model are, the faster the calculation is, but the rougher the effect is. In order to give a balance to both simulation time and effect, this paper will show a enhanced wrinkle algorithm to conduct local-regional mesh refinement and simulation again providing a more detailed and realistic result for the simulation result of rough mesh.

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Modeling Wrinkles on Smooth Surfaces for Footwear Design

Cited by 7 publications

References 15 publications

Shoe-last design innovation for better shoe fitting

Shoe-last design innovation for better shoe fitting

An innovative virtual-engineering system for supporting integrated footwear design

Research on Garment Wrinkle Synthetic Method Based on Mass-Spring Model

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