Rubber tyres are the most waste material that can be found nowadays. Rubber tyre is the resilient materials that was used by people and make it as the waste tyre disposal after the tyre was not function anymore. Therefore, ...

This research considered the potential of saw dust ash as partial replacement of cement to the compressive strength and other mechanical strength of concrete. Saw dust ash was used as it one of industrial wastes product ...

Increasing production of vehicles also cause a lot of increasing a waste of rubber tire. Discarded rubber tires can cause environmental pollution problems around the world. The study was conducted to find alternatives to ...

Glass dust waste creates chronic environmental problems, mainly due to the inconsistency of waste glass streams. Recycling is the best solution for the crisis resulting from huge volumes of wastes and includes economic ...

The present study covers the production of lightweight aggregates using clay was investigated. The main aim of this research is to produce lightweight aggregates. Clay is the main raw material used in this study because ...

The bottom ash is a waste material obtained from the Municipal Solid Waste Incinerator, Langkawi. To reduce the waste material in this world, reuse is one of the solutions. Therefore, the waste product will not be as harmful ...

In this era, concrete is one of the most important construction materials used throughout the world especially for the construction sector. This study examined the effects that occur in terms of workability and strength ...

Polystyrene aggregates is an imperative material in diminishing the unit weight of cement. Properties aggregate concrete, prevalent through the ages was accounted for to have a comparable or some times better durability ...

Introduction of European standards to construction is a significant event and soon it will be introduced to the Malaysian construction industries as well. The ten design standards, known as Eurocodes, will affect all design ...

The aims of this study are to investigate the compressive strength and bond strength at fire damaged concrete. The design strength of normal concrete is 30 MPa according to BS 1881. There were 12 sample of 100 x 100 x 100mm ...