Titlebook: Sustainable Waste Utilization in Bricks, Concrete, and Cementitious Materials; Characteristics, Pro Aeslina Abdul Kadir,Noor Amira Sarani,S

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Development of Fly Ash Concrete Using Glass Bubble for Thermal Insulation Building Application,rete, including improved comfort capabilities that offer good thermal insulation properties, has been focused. Thus, to achieve the highest possible thermal insulation performance, a new insulation material, which is glass bubble as a solution with low thermal conductivity value, develops with geopo

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Performance on Physical and Mechanical Properties of Fired Clay Brick Incorporated with Palm Kernel) from oil palm processing was used as a clay replacement for brick making with a percentage of 1, 5, and 10% by volume. The firing temperature was set to 1050?°C at 1?°C/min heating rates. The effect of incorporation PKS on the bricks was assessed by physical and mechanical properties analysis. The

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Density, Compressive Strength and Water Absorption Properties of Sand Cement Brick Containing Recyc linear with the economic growth of Malaysia. However, the concrete industry is facing a challenge to find adequate sources of natural fine aggregates and currently considering in utilizing the alternative to substitute fine aggregate with the waste material for concrete production. Thus, a combinat

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Performance of Concrete Containing Synthetic Wire Waste as Fiber Materials, the coming years as a result of technology advancement. This study aims to determine the performance of concrete containing synthetic wire waste as fiber material. The utilization of wire waste as fiber materials could help to reduce the amount of waste dumped into landfills. The excessive amount o

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The Effect of Metakaolin in Production of Low Thermal Conductivity Cement Sand Brick,ontributes significantly to total energy and greenhouse gas emissions. It depends highly on equal energy and carbon-intensive supporting industries such as the building material industry of which cement is one of the major components. Cement production significantly impacts anthropogenic carbon diox