3D Virtual Prototyping of Garments: Approaches, Developments and Challenges

Jevšnik, Simona

doi:10.3993/jfbim00253

Cited by 23 publications

(14 citation statements)

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“…Virtual prototyping of 3D garments represents not only fit to body, what is the main purpose, but also garment pattern design, style, colours, virtual human body and mechanical properties of fabrics [6 -8]. 3D virtual prototyping process includes the following steps: determination of fabric properties, preparation of virtual mannequin and garment pattern for simulation, virtual sewing, virtual garment try-on, evaluation of the virtual garment fit and appearance on the virtual mannequin [6].…”

Section: Introduction mentioning

confidence: 99%

Comparative Study of Real and Virtual Garments Appearance and Distance Ease

Lagė

Ancutienė

Pukienė

et al. 2020

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Nowadays, virtual try-on is an irreplaceable technology in fashion industry, so it is very important to prove virtual try-on matching with the real garments. Therefore, the aim of this research was to compare garment fit using virtual try-on and scanning technologies. For this reason, garment visual appearance and distance ease between straight fit dress and mannequin in respect to fabrics properties were investigated. Women mannequins in different sizes were scanned by 3D scanner VITUS Smart XXL without and with the real straight fit dresses made from five different woven fabrics. Fabrics mechanical properties were defined by KES-F. Scanned mannequins were covered with the same size and fabric virtual dresses by Modaris 3D (CAD Lectra). Distance ease of virtual and scanned garments was compared in bust and waist cross-sections. It was defined that distance ease values at bust girth of real and virtual dresses differed till 29.9 % (1.16 cm), while at waist varied from 7.3 % (0.51 cm) to 47.3 % (4.30 cm) because of wrinkles in this area. Generally, appearance of the virtual dresses was similar to real dresses with some differences in garment shape fluency, however by increasing of the mannequin size, similarities decreased. It was assumed that very high shear rigidity G could not be very well reflected in 3D CAD system, therefore differences between virtual and real dresses appearance occurred. The general appearance and form of bust and waist cross-sections of virtual dresses with fabric 03 had less similarities comparing with real dresses due to high G value. So, comparative study showed that the accuracy of virtual try-on was quite useful comparing to real garments, if shear rigidity of fabrics was lower than 1.6 N/m*º and tensile strain in warp direction was higher than 1.80 %.

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Section: Introduction mentioning

confidence: 99%

Comparative Study of Real and Virtual Garments Appearance and Distance Ease

Lagė

Ancutienė

Pukienė

et al. 2020

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“…"Bonobos" adopts the "vertical integration, multi-channel retail" online and offline virtual and integrated business model, in addition to giving customers a better customized experience, customers have three channels to place orders, including Online (Website), Guide shop (experience store), physical department store. [17] Customers can choose and try on the clothing, and select the custom styles and fabrics of the clothing on the online platform. After the quantity is directly placed, the customer data product information is converted into digital transmission to the production department to realize the production → distribution → customer's full Quick customization of the supply chain.…”

Section: Status and Development Of Foreign Researchmentioning

confidence: 99%

Research on Garment Mass Customization Architecture for Intelligent Manufacturing Cloud

Huan³

2020

E3S Web Conf.

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The deep integration of Internet, intelligent manufacturing and big data technology has promoted the development of products to be networked, digital, intelligent and personalized. The rapid iteration and differential segmentation of consumer demand has spawned new personalized consumer demand, transforming the traditional manufacturing model into a service-oriented manufacturing model. This paper analyses the large-scale customized operation mode of domestic and foreign clothing custom brands. In view of the transformation of traditional clothing industry, this paper proposes a solution to establish a large-scale custom clothing architecture under the vision of intelligent manufacturing cloud platform technology. This paper uses data mining and cloud computing and other methods to build an “Internet + manufacturing” innovation model with rapid collaboration under the umbrella of big data, and propose an architecture for mass customization of clothing, providing effective solutions and strategy recommendations for the transformation and upgrading of the traditional apparel industry.

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“…In the last decade, technological progress has accelerated enormously and the subject of garment simulation is being discussed more and more intensively in industry and the garment industry. [1][2][3][4] The advantages for companies that integrate digital product development into their process chain are already measurable. [5] Through more accurate design, process and fit planning, physical prototypes can be saved, saving time and money.…”

Section: Introductionmentioning

confidence: 99%