Rheological characterisation of gluten from extensibility measurement

A simple tensile test set-up was built and attached to an Instron 5566 to determine gluten extensibility, comparing the performance of strong and weak flour mixed for various mixing time. In this work, the gluten strip was clamped at two ends and extended upward at the centre by a hook at speed of 3...

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Main Authors: Abang Zaidel, Dayang N., Chin, Nyuk L. J., Abdul Rahman, R., A. Karim, Roselina
Format: Article
Published: Elsevier BV 2008
Subjects:
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author Abang Zaidel, Dayang N.
Chin, Nyuk L. J.
Abdul Rahman, R.
A. Karim, Roselina
author_facet Abang Zaidel, Dayang N.
Chin, Nyuk L. J.
Abdul Rahman, R.
A. Karim, Roselina
author_sort Abang Zaidel, Dayang N.
collection ePrints
description A simple tensile test set-up was built and attached to an Instron 5566 to determine gluten extensibility, comparing the performance of strong and weak flour mixed for various mixing time. In this work, the gluten strip was clamped at two ends and extended upward at the centre by a hook at speed of 300 mm min-1. Parameters such as gluten length at fracture, measured force, actual force acting on the gluten strips, strain, strain rate and stress were obtained. Gluten obtained from strong flour has greater extensibility compared to weak flour. The extensibility of gluten from both strong and weak flour dough increased as dough mixing time increased before decreasing at a peak of 8 min. The results demonstrated the capability of the tensile test set-up to describe the development of gluten during mixing of dough. Rheological characteristic of gluten indicated that gluten exhibited strain hardening effect during extension.
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spelling utm.eprints-127432011-06-27T08:31:02Z http://eprints.utm.my/12743/ Rheological characterisation of gluten from extensibility measurement Abang Zaidel, Dayang N. Chin, Nyuk L. J. Abdul Rahman, R. A. Karim, Roselina QD Chemistry A simple tensile test set-up was built and attached to an Instron 5566 to determine gluten extensibility, comparing the performance of strong and weak flour mixed for various mixing time. In this work, the gluten strip was clamped at two ends and extended upward at the centre by a hook at speed of 300 mm min-1. Parameters such as gluten length at fracture, measured force, actual force acting on the gluten strips, strain, strain rate and stress were obtained. Gluten obtained from strong flour has greater extensibility compared to weak flour. The extensibility of gluten from both strong and weak flour dough increased as dough mixing time increased before decreasing at a peak of 8 min. The results demonstrated the capability of the tensile test set-up to describe the development of gluten during mixing of dough. Rheological characteristic of gluten indicated that gluten exhibited strain hardening effect during extension. Elsevier BV 2008-06 Article PeerReviewed Abang Zaidel, Dayang N. and Chin, Nyuk L. J. and Abdul Rahman, R. and A. Karim, Roselina (2008) Rheological characterisation of gluten from extensibility measurement. Journal of Food Engineering, 86 (4). 549 -556. ISSN 0260-8774 http://dx.doi.org/10.1016/j.jfoodeng.2007.11.005 doi: 10.1016/j.jfoodeng.2007.11.005
spellingShingle QD Chemistry
Abang Zaidel, Dayang N.
Chin, Nyuk L. J.
Abdul Rahman, R.
A. Karim, Roselina
Rheological characterisation of gluten from extensibility measurement
title Rheological characterisation of gluten from extensibility measurement
title_full Rheological characterisation of gluten from extensibility measurement
title_fullStr Rheological characterisation of gluten from extensibility measurement
title_full_unstemmed Rheological characterisation of gluten from extensibility measurement
title_short Rheological characterisation of gluten from extensibility measurement
title_sort rheological characterisation of gluten from extensibility measurement
topic QD Chemistry
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AT abdulrahmanr rheologicalcharacterisationofglutenfromextensibilitymeasurement
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