Due to environmental pollution form cement industries, some efforts for alternative
construction material are increasing. Recently, geopolymer concrete has drawn attention of …

To explore the significance of geopolymer technology on producing environmental friendly
waste based mortar which could be a sustainable replacement for conventional mortar; Low …

The demand for cement for construction is directly proportional to the infrastructural needs of
the society. Hence cement has become an inevitable part of the construction industry as it …

This paper presents mechanical properties of geopolymer mortar with metakaolin as a base
material. Cylindrical specimens were prepared with a diameter of 5 cm and 10 cm height …

Lightweight geopolymers are alternative low-carbon footprint building materials with high
potential to produce value added products for the construction industry such as low-density …

In this paper, the factors influencing the properties of aerated geopolymer concrete using
low calcium fly ash through sodium-based alkali activation at a range of curing temperature …

Research on finding suitable cement substitute material becomes massive due to
environmental effect. Geopolymer as inorganic material is potential to be the smart solution …

A research has been conducted to investigate the physico-mechanical and microstructure
properties of geopolymers synthesised from metakaolin activated with sodium silicate …

This study presents curing temperature influences to behaviors of geopolymer concrete. The
concrete was fly ash based, with the ratio of fly ash to alkaline activator was 65%: 35%. Ratio …

When soft clay soils are included in engineering projects, it's stabilized usually with some
kinds of admixtures named as stabilizers. The common stabilizers that highly practiced are …