Study The Reasons for The Increase in The Proportion of Damage in The Dry Clay and The Phenomenon of Effloresce for Pottery Brick

Given the emergence of cracks in a high proportion of clay product in the production phase of the plant Blocks in the laboratory Abu- Nuass which was reflected in the increase of damage from the permissible limits, as well as the high proportion of soluble salts that are on the external surfaces of...

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Main Author: Hind Ali
Format: Article
Language:English
Published: Unviversity of Technology- Iraq 2009-09-01
Series:Engineering and Technology Journal
Online Access:https://etj.uotechnology.edu.iq/article_42983_1ebeae9c4b15319f4c012c07e036e48d.pdf
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author Hind Ali
author_facet Hind Ali
author_sort Hind Ali
collection DOAJ
description Given the emergence of cracks in a high proportion of clay product in the production phase of the plant Blocks in the laboratory Abu- Nuass which was reflected in the increase of damage from the permissible limits, as well as the high proportion of soluble salts that are on the external surfaces of the product, which negatively affect the properties of bricks in the future lead to the break in the wallsand turned into a fragile strength, which affects the safety and durability of origin and to address these negative phenomena and to identify causes and improve the properties of brick products to be within the specification has been adopted for this research and to take practical steps in the development of a scientific program forthe follow-up stages of the process of production and make the appropriate adjustments to it, starting with the initial article and the semi-final and ending with the product. The focus was on developing a program to modify the conditions of drying and burning and the adoption of the drying period of time not exceeding 72 hours and agradual manner to control on the stresses generated by the sudden evaporation of water. As well as kaolin’s clay been added to the soil and in different proportions were different burning temperature was reached by adding the best results (30- 40)% of kaolin’s clay degree burn (950-1000) m into the soil and following the step-by-step method of drying, where it was observed a significant improvement in the properties of bricks in terms of strength and absorption of water and effloresce phenomenon.
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spelling doaj.art-ca4ddf40004143ae898119ca0e014c1a2024-02-04T17:50:04ZengUnviversity of Technology- IraqEngineering and Technology Journal1681-69002412-07582009-09-01271242343710.30684/etj.27.12.1942983Study The Reasons for The Increase in The Proportion of Damage in The Dry Clay and The Phenomenon of Effloresce for Pottery BrickHind AliGiven the emergence of cracks in a high proportion of clay product in the production phase of the plant Blocks in the laboratory Abu- Nuass which was reflected in the increase of damage from the permissible limits, as well as the high proportion of soluble salts that are on the external surfaces of the product, which negatively affect the properties of bricks in the future lead to the break in the wallsand turned into a fragile strength, which affects the safety and durability of origin and to address these negative phenomena and to identify causes and improve the properties of brick products to be within the specification has been adopted for this research and to take practical steps in the development of a scientific program forthe follow-up stages of the process of production and make the appropriate adjustments to it, starting with the initial article and the semi-final and ending with the product. The focus was on developing a program to modify the conditions of drying and burning and the adoption of the drying period of time not exceeding 72 hours and agradual manner to control on the stresses generated by the sudden evaporation of water. As well as kaolin’s clay been added to the soil and in different proportions were different burning temperature was reached by adding the best results (30- 40)% of kaolin’s clay degree burn (950-1000) m into the soil and following the step-by-step method of drying, where it was observed a significant improvement in the properties of bricks in terms of strength and absorption of water and effloresce phenomenon.https://etj.uotechnology.edu.iq/article_42983_1ebeae9c4b15319f4c012c07e036e48d.pdf
spellingShingle Hind Ali
Study The Reasons for The Increase in The Proportion of Damage in The Dry Clay and The Phenomenon of Effloresce for Pottery Brick
Engineering and Technology Journal
title Study The Reasons for The Increase in The Proportion of Damage in The Dry Clay and The Phenomenon of Effloresce for Pottery Brick
title_full Study The Reasons for The Increase in The Proportion of Damage in The Dry Clay and The Phenomenon of Effloresce for Pottery Brick
title_fullStr Study The Reasons for The Increase in The Proportion of Damage in The Dry Clay and The Phenomenon of Effloresce for Pottery Brick
title_full_unstemmed Study The Reasons for The Increase in The Proportion of Damage in The Dry Clay and The Phenomenon of Effloresce for Pottery Brick
title_short Study The Reasons for The Increase in The Proportion of Damage in The Dry Clay and The Phenomenon of Effloresce for Pottery Brick
title_sort study the reasons for the increase in the proportion of damage in the dry clay and the phenomenon of effloresce for pottery brick
url https://etj.uotechnology.edu.iq/article_42983_1ebeae9c4b15319f4c012c07e036e48d.pdf
work_keys_str_mv AT hindali studythereasonsfortheincreaseintheproportionofdamageinthedryclayandthephenomenonofeffloresceforpotterybrick