Comparing the strenght as blocks made from (1) cement and lateritic soil (2)cement and red earth (3) laterite, sand and red earth
Table Of Contents
<p> </p><p>Title page<br>Letter of transmittal<br>Approval page<br>Dedication<br>Acknowledgement<br>Abstract<br>Table of content</p><p><b>
Chapter ONE
</b><br>INTRODUCTION<br>PROJECT BUILDING MATERIALS<br><b><br>Chapter TWO
</b><br>PREPARATION OF MATERIALS</p><p><b>Chapter THREE
</b><br>PREPARATION OF CUBE<br>CASTING OF THE STABILIZED MATERIALS<br>CURING OF SPECIMENS</p><p><b>Chapter FOUR
</b><br>FIRING OF BLOCKS IN KILN<br>TESTING OF BLOCKS<br>COMPRESSIVE STRENGTH TEST<br>CALCULATION OF RESULTS</p><p><b>Chapter FIVE
</b><br>DISCUSSION OF RESULT<br>THE COMPRESSIVE STRENGTH TABLE WITH THE CEMENT MORTAR BLOCKS<br><b><br>CHAPTER SIX</b><br>RECOMMENDATION<br>CONCLUSION<br><b>REFERENCES</b></p> <br><p></p>Project Abstract
This case study is âcomparing the strength of blocks made from cement stabilized laterite blocks, cement stabilized red earth blocks and sand, red earth and laterite blocks and mud blocks dried in the kiln.
This project implement the following analysis
(1) To effect reduction to the rise in market price of sand (fine aggregate), cement blocks to substitute literate blocks.
(2) To determine the strength of the cement stabilized blocks of literate soil in the soil laboratory with a view to have an alternative in the building industry.
(3) To analyse the existing laterite soil and evaluate itâs suitability for use as a good building material by means of various tests.
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