Zeena W.Abbawi; Kawther Y.Al-Soudany; Makki K.Al-Recaby
Abstract
The present paper is focused towards evaluation bearing capacity of subbase layer which is contaminated with Kerosene. Seven series of model tests were performed using steel container ...
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The present paper is focused towards evaluation bearing capacity of subbase layer which is contaminated with Kerosene. Seven series of model tests were performed using steel container (500*300*300mm). The bed of subbase was compacted in three layers inside the container; each layer was 100mm in depth. Circular footing 65mm in diameter resting on the bed of subbase were loaded incrementally up to failure. Different percentages of Kerosene (0%, 5%, 12% and 20%) were added, the first series consists of uncontaminated soil layer, the second series covers the model tests with added (5%, 12% and 20%) to the top subbase layer and third series covers the model tests with added (5%, 10% and 20%) to the top and second subbase layers. Each percentage was added separately. The results showed increase in ultimate bearing capacity; with increasing of Kerosene content up to 5% then a decrease with further increase of Kerosene content.
