Transitional Shelter using Composite Gypsum Binders with Steel Fiber

  • Dr. Eleyan Issa Jamal Issa, Dr. Shagin Musa Saleh Mahmoud

Abstract

The fast increase of conflicts around the world, had witnessed massive population transition from countries of conflicts to more peaceful regions, even if such regions are close the homeland which increased the financial load on the hosting countries that strive to find a cheap sheltering solution for these masses of immigrants. Addressing such circumstantial issue to the point of finding a reasonable solution for transitional shelter for these migrant masses. The reasonable solution consisted Composite gypsum binders with Steel Fiber in the hosting countries.

Expanding deluge of uprooted individuals at the final twenty century due to catastrophes and gracious war, which leads the worldwide community to discover fitting arrangements to oblige uprooted individuals after man-made fiascos or common catastrophes. The paper’pointis to create residences for uprooted individuals through utilizing reusing materials which is concrete breakage.65Afterfiascos, a few concrete buildings are pulverized and the plausibility for reusing such fabric are truly challenging be that as it may, tonsof concrete may well bean arrangement to form and improve fitting residences through reusing and fabricating for giving a suitable living conditions for refugees’ in camps. Utilizing recycling waste concrete with composite gypsum depending on the managed dynamic mineral added substances from destroyed buildings and catastrophes remains is the strategy of improving an economical arrangement of the escaped individuals. The paper strategy will be conducted an arrangement of tests: to decide the most ideal solution with an aim to minimize waste in environmental friendly solution combining many related issues.

Published
2020-03-30
How to Cite
Dr. Eleyan Issa Jamal Issa, Dr. Shagin Musa Saleh Mahmoud. (2020). Transitional Shelter using Composite Gypsum Binders with Steel Fiber. International Journal of Advanced Science and Technology, 29(3), 12914 - 12921. Retrieved from http://sersc.org/journals/index.php/IJAST/article/view/30444
Section
Articles