Flexible Design of Garment Styles to Support the Minimal Waste Concept in the Fashion Industry Cover

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Flexible Design of Garment Styles to Support the Minimal Waste Concept in the Fashion Industry

Fibres & Textiles in Eastern Europe

Volume 31 (2023): Issue 3 (September 2023)

By: Ineta Vilumsone-Nemes, Marija Pešić and Edit Csanák

Open Access

|Sep 2023

Figures & Tables

a) Simplified samples of a bell skirt tested, b) the principle of the widening reduction, and c)a bell skirt A

Intervals of marker length and efficiency improvements

a) dress B, b) blouse C, and c) blazer D.

Changes of marker efficiency (fabric use efficiency)

Parameter	Value		Marker efficiency (%)
	Style	cm	Size: 42/44	Size: 40/46	Size: 38/48	36/50
Widening	A	org	83,505	83,336	83,260	82,662
	A	−8	83,703	83,786	83,372	82,792
Changes:		↟	+ 0,198%	+ 0.450%	+ 0.112%	+ 0.130%
		−4	83,373	83,709	83,470	82,897
Changes:		↟	−0.132%	+ 0.373%	+ 0.210%	+ 0.235%
		org/-4	83,761	83,638	83,736	83,048
Changes:		↟	+ 0,256%	+ 0,302%	+ 0,476%	+ 0.386%
		−4/org	83,608	83,249	83,543	82,896
Changes:		↟	+ 0,103%	−0,087%	+ 0,283%	+ 0.234%
Length	A	org	83,505	83,336	83,260	82,662
	A	−2	84,575	83,634	82,902	83,073
Changes:		↟	+ 1.070%	+ 0.298%	+ 0.358%	+ 0.411%

Changes of marker length (fabric consumption)

Parameter	Value		Marker length (cm)
	Style	cm	Size: 42-44	Size: 40-46	Size: 38-48	Size: 36-50
Widening	B	org	536,45	536,19	541,83	546,42
	B	−8	515,64	522,85	515,64	531,76
Changes:		↓	−20.81cm−3.88%	−13.34cm−2.49%	−26.19cm−4.83%	−14.66cm−2.68%
	C	org	214,33	216,93	218,76	221,70
	C	−2	210,23	209,40	213,46	215,91
Changes:		↓	−4,10cm−1.91%	−7.53cm−3.47%	−5.30cm−2.42%	−5.79cm−2.61%
Length	B	org	536,45	536,19	541,83	546,42
	B	−3	511,12	516,91	521,19	524,56
Changes:		↓	−25.33cm−4.72%	−19.28cm−3.59%	−20.64cm−3.81%	−21.86cm−4.00%
	D	org	331,98	332,97	336,30	336,25
	D	−2	320,36	324,90	327,31	332,51
Changes:		↓	−11.62cm−3.50%	−8.07cm−2.42%	−8.99cm−2.67%	−3.74cm−1.11%
Widening	B	org	536,45	536,19	541,83	546,42
and length	B	−8/−3	499,22	503,42	502,04	509,78
Changes:		↓	−37.23cm−6.94%	−32.77cm−6.11%	−39.79cm−7.34%	−36.64cm−6.70%

Changes of fabric marker efficiency (fabric use efficiency)

Parameter	Value		Marker efficiency (%)
	Style	cm	Size: 42-44	Size: 40-46	Size: 38-48	36,50
Widening	B	org	71,588	71,980	71,595	71,369
	B	−8	72,948	72,308	72,947	71,850
Changes:		↟	+ 1.360%	+ 0.328%	+ 1.352%	+ 0.481%
	C	org	83,140	82,905	82,996	82,697
	C	−2	83,707	84,827	84,016	83,885
Changes:		↟	+ 0.567%	+ 1.922%	+ 1.020%	+ 1.188%
Length	B	org	71,588	71,980	71,595	71,369
	B	−3	72,469	72,021	71,803	71,726
Changes:		↟	+ 0.881%	+ 0.041%	+ 0.208%	+ 0.357%
	D	org	78,910%	79,194	78,944	79,508
	D	−2	79,654	79,061	79,015	78,325
Changes:		↟	+ 0.744%	+ 0.133%	+ 0.071%	+ 1.183%
Widening	B	org	71,588	71,980	71,595	71,369
and length	B	−8/-3	73,629	73,390	73,981	73,253
Changes:		↟	+ 2.041%	+ 1.41%	+ 2.386%	+ 1.884%

DOI: https://doi.org/10.2478/ftee-2023-0029 | Journal eISSN: 2300-7354 | Journal ISSN: 1230-3666

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Language: English

Page range: 64 - 73

Published on: Sep 1, 2023

Published by: Łukasiewicz Research Network, Institute of Biopolymers and Chemical Fibres

In partnership with: Paradigm Publishing Services

Publication frequency: Volume open

Keywords:

garment designing,

minimal waste design,

environmental problems,

fabric use efficiency,

Related subjects:

Business and economics,

Business management,

Business informatics,

Process management,

Industrial chemistry,

Cellulose, paper and textiles,

Polymer science and technology,

Materials sciences,

Biomaterials and natural materials

© 2023 Ineta Vilumsone-Nemes, Marija Pešić, Edit Csanák, published by Łukasiewicz Research Network, Institute of Biopolymers and Chemical Fibres
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.

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