Objective evaluation and prediction of properties of a fused panel

Jevšnik, Simona; Geršak, Jelka

doi:10.1108/09556229810693645

Cited by 10 publications

(14 citation statements)

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“…A fused textile panel as a joined bilayer textile system has specific properties in respect to the shell fabric and interlining. Thus for the selection of a proper interlining it is important to know not only the mechanical properties of the whole fused panel but also the mechanical properties of the built-in shell fabric and interlining [1]. However, the choice of the most suitable fusible interlining for a specific outer fabric or a specific range of outer fabrics is not an easy task [2].…”

Section: Introductionmentioning

confidence: 99%

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Relationship between mechanical properties of bilayer textile systems and their components

Ancutienė¹,

Strazdiene²,

Papreckiene³

2012

Proc. Estonian Acad. Sci.

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The goal of this research was to defme the relationship between the mechanical properties of fused bilayer textile systems and their constituent layers, i.e. fabrics and fusible interlinings. The objects of investigation were four samples of broken twill outer fabric different in thickness (1.01-2.28 mm) and mass per square metre (222-398 gW), and two types of fusible interlinings: nonvowen with longitudinal threads and warp knitted. Fused bilayer textile systems were created by changing the orientation of the fusible interlining by 0°, 45°, and 90° in respect to the outer fabric's warp direction. Mechanical properties (tensile, shear, bending, and surface properties) of fused textile systems and their components were determined using KES-F automated testing devices. The relationships z = z{x,y) between fused textile systems' mechanical parameters (z) and parameters of the outer fabrics (x), as well as parameters of fusible interlinings (y) in 0°, 45°, and 90° orientations were deñned. The obtained theoretical relationships were confirmed experimentally by fmding proper mechanical properties of fusible interlinings (y) on the basis of which bilayer textile systems with mechanical properties (z) falling into the allowable value range of the KES-F quality chart could be composed. Selection of compatible components for fused textile systems with certain mechanical parameters allows avoiding problems in garment manufacturing processes and predicting the appearance and quality of the fmal textile product.

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Section: Introductionmentioning

confidence: 99%

“…Machine learning from a given set of examples with the tree structured regression method is used for building up the regression tree algorithm [1]. Examples are described by the set of attributes, where each attribute has its possible set of values.…”

Section: Introductionmentioning

confidence: 99%

Relationship between mechanical properties of bilayer textile systems and their components

Ancutienė¹,

Strazdiene²,

Papreckiene³

2012

Proc. Estonian Acad. Sci.

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“…The bending properties of the fabric are known to influence the appearance, stiffness, crease recovery, comfort and hand characteristics of the fused fabric composites. Shear properties of the fabric contribute to the fall and appearance of the fused fabric composites [8,48,63]. Considerable work has been done to understand the properties of fabrics that are essential contributors to fused fabric composite properties.…”

Section: Mechanical Properties Of Fabrics That Affect the Properties ...mentioning

confidence: 99%

“…There is also a difference in specifications used by interlining producers and garment designers. Interlining producers describe the interlining properties as per their structure, dots per square inch of resin (dpi), grams per square meter (gsm), resin type and dimensional stability [8], whereas the garment designers look for a specific handle and volume or bulk in the fused fabric composites. There is a need to relate these two perspectives to make better interlining selection [9].…”

Section: Introductionmentioning

confidence: 99%

Evaluation and prediction of fused fabric composites properties – A review

Sudhakar

Renjini

2020

Journal of Industrial Textiles

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Garment parts are fused with an interlining for achieving a specific handle, form and fall. Fusing helps in ease of construction of garment parts enabling pucker-free and clean look in finished products. The properties of the fused components are considered essential for enhancing garment aesthetics and functionality. The main objective of this review is to elaborate the factors affecting the properties of fused fabric composites, the methods to evaluate the same and explore the models that aid in better selection of interlinings for a specific hand and functionality. Interlinings are available in a variety of fibre content, base fabric structure, weight, finish, resin type and resin content. These attributes influence the characteristics of fused fabric composites. They are essential criteria in interlining selection for a given application. Mechanical properties used to evaluate and predict the fused fabric behaviour objectively are discussed. The most important mechanical properties that describe the characteristics of fused fabric composites are bending rigidity, shear rigidity, tensile properties, drape and dimensional stability of the component fabrics. Objective and subjective methods used to evaluate these properties are elaborated. The methods employed in determining the optimum fusing conditions and fused composite quality include theoretical, statistical, numerical, and computational modelling. A better understanding of the properties of fused fabric composites leads to optimisation in the interlining selection and fusing process for a given hand feel and application.

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“…Major clothing manufacturers in the UK have used FAST and realise the bene®t that may be obtained by utilising this equipment. A small amount of research has recently been carried out to investigate whether objective measurement equipment such as FAST can predict the tailorability of fabric/fusible interlining laminates (Fan et al 1997;Jevsnik andGersak 1998, Minazio 1998), but the results have been inconclusive. Questions still remain as to whether FAST can be used to predict the tailorability of both fabric/fusible interlining laminates and fabric/traditional interlining laminates, and whether the predictions that FAST makes correspond to the consumers' opinion of a well-tailored jacket.…”

Section: Introductionmentioning

confidence: 99%

Men’s tailored jackets: objective measurement and consumer perception

Ball

Fairclough

Ruckman

2001

Journal of Fashion Marketing and Management: An International Journal

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To investigate consumers' perceptions of appearance and handle of the chest area and the lapel in men's tailored jackets, both objective measurement using FAST and subjective assessment utilising semi-structured interview were employed. It was found that objective measurement provides insuf®cient information to predict the tailorability if reliance is placed purely upon properties obtained from shell fabrics. Use of the fabric and interlining laminates, however, provides better prediction of tailorability, especially those aspects associated with appearance and shape retention. It was also found that objective measurement results do not agree with the subjective assessment results, particularly with regard to the subjective assessment of the female interviewees. It is suggested that thought should be given to devising a method of evaluating objective measurement results suitable to fabric and interlining laminates that can also take account of market trends directly related to consumer perception.

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Objective evaluation and prediction of properties of a fused panel

Cited by 10 publications

References 0 publications

Relationship between mechanical properties of bilayer textile systems and their components

Relationship between mechanical properties of bilayer textile systems and their components

Evaluation and prediction of fused fabric composites properties – A review

Men’s tailored jackets: objective measurement and consumer perception

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