Concrete Technology

Introduction Grout plays a crucial role in construction and remodelling projects, acting not only as a filler for voids but also as a critical component of structural integrity and aesthetic finish. When selecting a grouting material, the choice often comes […]

Mistakes with Autoclaved Aerated Concrete

Introduction Autoclaved aerated concrete (AAC) is a versatile building material that is becoming increasingly popular due to its lightweight, strong, and durable properties. However, even though AAC is a relatively easy material to work with, there are still some common

manufacturing process of Autoclaved Aerated Concrete (AAC)

Introduction Autoclaved aerated concrete (AAC), also known as cellular concrete, is a lightweight, precast, cellular concrete that is made from a mixture of cement, water, sand, lime, and aluminium powder. The aluminium powder reacts with the water to produce hydrogen

What-is-Autoclaved-Aerated-Concrete

Introduction Autoclaved Aerated Concrete (AAC), also called cellular concrete, is a light and porous type of concrete. It is made by mixing cement, water, sand, lime, and aluminum powder. When the aluminum powder reacts with water, it creates hydrogen gas,

The Future of Concrete A Look into Green Concrete Technology

Concrete, the ubiquitous construction material that forms the backbone of modern infrastructure, is undergoing a green revolution. As environmental concerns continue to mount and sustainable development becomes more imperative than ever, researchers and engineers are looking beyond traditional concrete formulations

Cinder-Block-vs-Concrete-Block

Concrete blocks are a type of masonry unit made by pouring concrete into blocks of steel or plastic. The use of concrete blocks is increasing day by day. Let’s discuss the three different types of blocks: concrete, cinder block and

In general, plain concrete is quite strong in compression, however, it is very weak in tension. Plain concrete takes about only 10% tensile load. Therefore, it is mandatory to enforce some other material so that it can take the tensile

Structures are designed to withstand various types of loads. The various types of loads expected on a structure are as follows: Dead loads Live loads or imposed loads Wind loads Snow loads Earthquake loads. Dead Loads Dead loads are due

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