CONTRIBUTIONS TO THE DETERMINATION OF A MOULDING MATERIALS OTHER THAN STIFFENERS AND SHOES INSOLES

The footwear insoles and heel counter stiffeners are made using fibrous structure materials. The spatial forming of these parts is made in moulds. After forming, the parts must have the same spatial dimensions with those of the shoe lasts used in the footwear manufacturing. During the forming proces...

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Main Authors: LUCA Cornelia, IONESCU Cozmin
Format: Article
Language:English
Published: Editura Universităţii din Oradea 2015-05-01
Series:Annals of the University of Oradea: Fascicle of Textiles, Leatherwork
Subjects:
Online Access:http://textile.webhost.uoradea.ro/Annals/Vol%20XVI-Nr.%202-2015/Art.nr.121-pag.109-114.pdf
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author LUCA Cornelia
IONESCU Cozmin
author_facet LUCA Cornelia
IONESCU Cozmin
author_sort LUCA Cornelia
collection DOAJ
description The footwear insoles and heel counter stiffeners are made using fibrous structure materials. The spatial forming of these parts is made in moulds. After forming, the parts must have the same spatial dimensions with those of the shoe lasts used in the footwear manufacturing. During the forming process, the fibrous structure materials have an elastic-plastic behavior. So, for the moulds dimensioning, it is important to know the percentage of plastic deformation from the total deformation of the stressed material; this means to know the value of these materials forming subscript. The paper presents some theoretical and experimental contributions in finding of the forming subscript of the materials used in the footwear industry, for the footwear insoles and heel counter stiffeners manufacturing. Experiments were made on installations and experimental moulds sphere, cylinder and central angle. Experimental results shows that the forming subscript depends on the mould shape and the sample humidity when the stress is cancel. So, the deformations have a high rate, the sphere surfaces having the, highest forming subscript. In the case of sample forming which use cylinder moulds the value of the forming subscript on these surfaces is the lowest. In the case of the center angle occurs a a high level of plastic deformation. The results will be applied at the designing of the insoles and heel counter stiffeners moulds used for the pre-moulding.
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spelling doaj.art-7f009b1bfc3b4e148d7afd704d1bd2742022-12-22T01:26:10ZengEditura Universităţii din OradeaAnnals of the University of Oradea: Fascicle of Textiles, Leatherwork1843-813X2015-05-01XVI2109114CONTRIBUTIONS TO THE DETERMINATION OF A MOULDING MATERIALS OTHER THAN STIFFENERS AND SHOES INSOLESLUCA Cornelia0IONESCU Cozmin1“Gheorghe Asachi” Technical University of Iasi, Faculty Textile Leather and Management Industry, Bd. Dimitrie Mangeron 28 Postal code 70050, Iaşi, Romania“Gheorghe Asachi” Technical University of Iasi, Doctoral School of Faculty Textile Leather and Management Industry, Bd. Dimitrie Mangeron 28 Postal code 70050, Iaşi, RomaniaThe footwear insoles and heel counter stiffeners are made using fibrous structure materials. The spatial forming of these parts is made in moulds. After forming, the parts must have the same spatial dimensions with those of the shoe lasts used in the footwear manufacturing. During the forming process, the fibrous structure materials have an elastic-plastic behavior. So, for the moulds dimensioning, it is important to know the percentage of plastic deformation from the total deformation of the stressed material; this means to know the value of these materials forming subscript. The paper presents some theoretical and experimental contributions in finding of the forming subscript of the materials used in the footwear industry, for the footwear insoles and heel counter stiffeners manufacturing. Experiments were made on installations and experimental moulds sphere, cylinder and central angle. Experimental results shows that the forming subscript depends on the mould shape and the sample humidity when the stress is cancel. So, the deformations have a high rate, the sphere surfaces having the, highest forming subscript. In the case of sample forming which use cylinder moulds the value of the forming subscript on these surfaces is the lowest. In the case of the center angle occurs a a high level of plastic deformation. The results will be applied at the designing of the insoles and heel counter stiffeners moulds used for the pre-moulding.http://textile.webhost.uoradea.ro/Annals/Vol%20XVI-Nr.%202-2015/Art.nr.121-pag.109-114.pdfFootwearInsoles mouldHeel counter stiffeners mould
spellingShingle LUCA Cornelia
IONESCU Cozmin
CONTRIBUTIONS TO THE DETERMINATION OF A MOULDING MATERIALS OTHER THAN STIFFENERS AND SHOES INSOLES
Annals of the University of Oradea: Fascicle of Textiles, Leatherwork
Footwear
Insoles mould
Heel counter stiffeners mould
title CONTRIBUTIONS TO THE DETERMINATION OF A MOULDING MATERIALS OTHER THAN STIFFENERS AND SHOES INSOLES
title_full CONTRIBUTIONS TO THE DETERMINATION OF A MOULDING MATERIALS OTHER THAN STIFFENERS AND SHOES INSOLES
title_fullStr CONTRIBUTIONS TO THE DETERMINATION OF A MOULDING MATERIALS OTHER THAN STIFFENERS AND SHOES INSOLES
title_full_unstemmed CONTRIBUTIONS TO THE DETERMINATION OF A MOULDING MATERIALS OTHER THAN STIFFENERS AND SHOES INSOLES
title_short CONTRIBUTIONS TO THE DETERMINATION OF A MOULDING MATERIALS OTHER THAN STIFFENERS AND SHOES INSOLES
title_sort contributions to the determination of a moulding materials other than stiffeners and shoes insoles
topic Footwear
Insoles mould
Heel counter stiffeners mould
url http://textile.webhost.uoradea.ro/Annals/Vol%20XVI-Nr.%202-2015/Art.nr.121-pag.109-114.pdf
work_keys_str_mv AT lucacornelia contributionstothedeterminationofamouldingmaterialsotherthanstiffenersandshoesinsoles
AT ionescucozmin contributionstothedeterminationofamouldingmaterialsotherthanstiffenersandshoesinsoles