Structural Audit Definition | Structural Audit of Residential Building | Why Structural Audit | Need of Structural Audit | When to do Structural Audit
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Structural Audit Definition | Structural Audit of Residential Building | Why Structural Audit | Need of Structural Audit | When to do Structural Audit

Structural Audit Definition Structural Audit can be defined as a very important approach to understanding the distress level or condition of any existing civil engineering structure or a building. The initially specialized technique used to inspect a building or a civil engineering structure to evaluate its general health is known as Structural Audit. Doing a…

How to Build a Suspension Bridge | Suspension Bridge Facts | Suspension Bridge-Strength & Weaknesses | Advantages and Disadvantages of a Suspension Bridge
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How to Build a Suspension Bridge | Suspension Bridge Facts | Suspension Bridge-Strength & Weaknesses | Advantages and Disadvantages of a Suspension Bridge

Introduction of a Suspension Bridge Suspension bridges are one of the most popular choices in Bridge construction nowadays, due to the numerous advantages a suspension bridge provides over other bridge structures. As the name indicates, a suspension bridge is the one in which the bridge deck slab suspends between two towers, or in other words,…

What Is Cantilever | What Is Cantilever Footing | Design of the Cantilever Footing
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What Is Cantilever | What Is Cantilever Footing | Design of the Cantilever Footing

What Is Cantilever? Cantilever is basically a structural element that extends horizontally and has supported at only one end. The cantilever is the structures that are fixed at one end and free at another end. Cantilever structures are widely used in the construction of cantilever bridges, cantilever slab, and balconies. The best example of the…

Kerbs In Roads | Types of Kerbs | Shape of Kerbs | Materials of Kerbs in Roads | Kerb Height | What Is Kerb Stone | Materials of Kerb Stone | Road Kerb Details
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Kerbs In Roads | 4 Different Types of Kerbs | Shape of Kerbs | Materials of Kerbs in Roads | Kerb Height | What Is Kerb Stone | Materials of Kerb Stone | Road Kerb Details

Kerbs In Roads The top of the kerbs should be 100 mm above the road surface. With the pavement, the kerb is laid on a concrete bed of at least 100 mm thickness. At least 150 mm to provide lateral support the kerbing should be provided. To the concrete level, kerbs can be tapped. the…

What Is Concrete Resurfacing | How to Resurface Concrete | Concrete Resurfacing Material | Concrete Repair and Resurfacing
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What Is Concrete Resurfacing | How to Resurface Concrete | Concrete Resurfacing Material | Concrete Repair and Resurfacing

  What Is Concrete Resurfacing? Concrete resurfacing is the process to provide a brand new look to damaged concrete. In the process of resurfacing of concrete, a concrete coating is applied on the surface of existing concrete. Concrete resurfacing is a time-consuming process, and it’s very much labour-intensive process so, it’s a little bit expensive…

ALL ABOUT Cinder Block
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What Is Cinder Block | Cinder Block Properties | Shapes of Cinder Blocks | Advantages of Cinder

What Is Cinder Block? Cinder blocks are totally different from concrete blocks. Concrete and cinder blocks are made from the same basic components; however, there is a special key component for cinder blocks created for various functions. Cinder blocks are also made of concrete, however, the mixture includes coal ash. Concrete blocks are lighter than…

What Is Self Compact Concrete | What Is Slump Flow Test | Equipment for Slump Flow Test | Procedure of Slump Flow Test
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What Is Self Compact Concrete | What Is Slump Flow Test | Equipment for Slump Flow Test | Procedure of Slump Flow Test

What Is Self Compact Concrete? Making concrete structures without vibration has been done in the past. For example, the placement of concrete under-water is done by the use of tremie without vibration. Shaft concrete and mass concrete may be successfully placed without vibration. But the above examples of concrete are normally of lower strength and…

Requirements of Good DPC | Prevention of Dampness: Use of DPC | Methods of Damp proofing
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Requirements of Good DPC | Prevention of Dampness | Methods of Damp proofing

Requirements of Good DPC Here, the list of requirements of a good DPC are as follows. Totally impervious and should not allow travel of dampness. Durable and keep the building damp-proof permanently. Economical and easy in laying. Able to resist load to which it is subject. Accommodate some structural movement without fracture. Prevention of Dampness…

What Is Pedestal | Functions of Pedestal | Methods of Construction: Pedestals | Advantages and Disadvantages of Pedestal
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What Is Pedestal | Functions of Pedestal | Methods of Construction: Pedestals | Advantages and Disadvantages of Pedestal

What Is Pedestal? The term “Pedestal”, so far in the Civil Engineering field is concerned, is a compressive structural member which is provided in between the footing and column, in order to transfer the load uniformly into the footing. In early times, the pedestals were not much in use. It is later found out, when…

What Is Bleeding In Concrete | What Is Segregation In Concrete
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What Is Bleeding In Concrete | What Is Segregation In Concrete

What Is Bleeding In Concrete? Bleeding in concrete is sometimes referred to as water gain. This is a special form of separation, in which some water from the concrete flows to the surface of the concrete, with the lowest specific gravity among all concrete components. Excessive bleeding is seen in thin members such as roof…