Fire Behaviour Of Cement Mortar With Recycle Rubber Slippers

• Main Author: Tanesh a/l Arumugam
• Published: 2023
• Subjects: Recycle Rubber Slipper; Cement Mortar

This research is about 50% replacement of fine aggregate with recycled rubber slippers in order to determine the objective of this research which is to study the effect of temperature and to determine the changes in compressive strength in cement mortar. To achieve the aim of this research, a two stage program was conducted. In first stage, cement mortar without recycled rubber slippers which is controlled cubes. In second stage, cement mortar cement mortar with recycled rubber slippers. A total of 30 cubes 50 x 50 x 50 mm tested to determine the compressive strength of the mixed at 28 days. This test will conduct under different temperature which room temperature 27°C, 100°C, 200°C, 300°C and 500°C. The recycled rubber slippers crumps not more than 4mm which less than the fine aggregate standards. The mixing method for this research is very similar with the production of cement mortar, but a small replacement in fine aggregate. Required data has been observed, obtained and tabulated to fulfill the objective of this research. These data are used to compare the samples with and without recycled rubber slippers and also proves the theoretical effect in temperature and compressive strength. The compressive strength of mortar cubes with recycled rubber slipper is expected to be higher than the without recycled rubber slippers. Furthermore, the results on compressive strength of mortar cubes for 28 days has been tabulated, graphed and discussed. End of this research has some suggestion included with several recommendation can be a possible for additional improvement on this research in future.