Interlocking Block to the Community - Mechanical Properties of the Interlocking Block - Engineering Assignment Help

Assignment Task:

1. General Introduction:

Masonry structures have been broadly used since the ancient times where several buildings, monuments and infrastructure is constructed such as the Ayutthaya temple which located in Thailand. Masonry or block are first introduced or utilize by mankind with originally making from mud and dating before 7500 BC. It was first discovered at an ancient settlement located in the city of Jericho. Conventional brick or block are made of mud and dried under the sun for hardening. Beside of mud, clay mixed with straw was one of the compositions for the making ancient Egyptian bricks. Since so the greatest breakthrough was made about 3500 BC with the invention of fired brick which able to ease the production of brick especially in cooler climates areas that the dependency of the heat of the sun is eliminated.
 
However, development of the world with industrial revolution replaced machinery for the brickmaking which in the past bricks were made by hand before 1885. Through the industrial revolution with the advancement of technology in this era, the interlocking block has started to emerge popular in recent years. An interlocking block is having several benefits in term of time, cost, and skilled labours required. Interlocking block are like puzzle pieces which typically consist of male and female unit block. The male unit with sticking out part is fitted into the female part which interlocks the block and they always align in a most perfect manner as possible without the used of mortar between block.

Rather than only the system, the materials used to produce the block will affect the performance and potential of the interlocking block. Since the design of structures is greatly affected by the self-weight loading. In other words with the reduction of self-weight for the materials, the level of design can be optimized. In this research lightweight concrete is been used. Lightweight concrete is basically classified into three categories which are lightweight aggregate concrete, aerated concrete and no-fine concrete. 

2. Importance of the Study:

This study allowed the further research on the development of lightweight interlocking block to the community

3. Problem Statement

4. Aim and Objectives:

The aim of this study is to develop a new kind of interlocking block and as well as structural behaviour through several mechanical tests. The objectives are:
1. To design a shape for an interlocking block.
2. To produce the interlocking block according to the designed shape.
3. To investigate the mechanical properties of the designed interlocking block.

5. Scope and Limitation of the Study

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