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What is Asphalt Flooring? Its Uses, Preparation and Installation

Asphalt is petroleum liquid with a very high viscosity. In many settings, asphalt flooring is the best solution. Asphalt mastic is created by mixing asphalt and sand in a 2:1 ratio when used as a flooring layer over a concrete subfloor. In place of sand, asphalt can be used to create a marble mosaic. Aside from asphalt, inert chemicals and mineral pigments are used to create asphalt tiles.

Asphalt flooring
Fig: Asphalt flooring

What is Asphalt Flooring?
The components of asphalt flooring are asphalt, chrysotile, paint, and glass beads, resulting in a smooth coating. It has a flat profile of around 1/8 to 3/16 inches and is indestructible, flame-resistant, cheap, and simple to shape. This flooring is well-known for its attractive appearance, as well as its anti-slip and soundproof properties, as well as its resistance to water, dirt, grease, acid, and dirtiness.
Asphalt flooring expands when wet, even when minimal maintenance requirements are followed; linoleum, on the other hand, can be installed in a quarter of the time and is resistant to viruses, acids, oils, and animal fats. Its use becomes appropriate for the ground temperature to be below 27 degrees Celsius.

Where is Asphalt Flooring Used?
Asphalt flooring can be seen in various settings, including parking lots, flyovers, footbridges, and verandas. On an existing concrete slab, its installation time is drastically reduced. It’s a smart idea to widen passageways like patios and bridges. As a result of its toughness and longevity, asphalt flooring is widely favored across the globe. The garage, the flyover, the walkway, and the runways are just a few places where asphalt flooring may be useful.

Preparation and Installation of Asphalt Flooring:

  • Clean the old floor and remove any cement, sand, or other debris before installing it. Massive equipment is required to break up the old asphalt. All debris from demolition must be removed, and the area must be thoroughly cleaned before the installation can begin. Additionally, cut up the smaller trees and grasses. More tanks in the space between buildings are wasteful and may lead to complications.
  • Make sure the water drains correctly by setting the lean after cleaning. If the concrete is poured properly, it will delay the collapse of your floors. Water can pool at the edge of the floor because of the design.
  • A well-installed sub-base is crucial since it serves as the flooring’s central support system and provides a stable foundation. The sub-base serves as an ice bridge in cold weather, minimizing fissures created by the time-consuming thawing process.
  • It is time to proof roll once the sub-base has hardened and been compacted. The stability of the basic pattern, essential for the asphalt and the load, is ensured by proof rolling.
  • Layer in your folder structure. The smooth zone of the base and the sub-base must be located before you can set your folder base. Finally, install the new asphalt flooring once a binder coating has been applied. When properly assembled, the sand, oil, and microscopic particles that give it its black appearance can be transformed into a soft, brilliant, and endearing floor.
  • Your new asphalt joints for pavement, highway, and parking space are the last touch because you’ll need to transition between the two configurations seamlessly.

Repairs to Asphalt Flooring:
Mastic asphalt flooring is convenient because it doesn’t have to be completely removed if damage occurs. Identifying the damaged section of an asphalt floor is the first step in repairing the damaged section. As a next step, the asphalt will be pliable again by applying a “hot poultice” around the circumference of the damaged region. The maintenance worker will use a bolster and hammer to break up the asphalt before shoveling it away.

The exposed edge is cleaned for a broken joint, and heating felt or staple tissue is applied. Depending on the desired thickness, the flooring is layered with asphalt in one or two layers.
Then, the asphalt is recreated and reheated to produce a fusion joint with the rest of the mastic asphalt. As a final step, coarse sand is rubbed into the asphalt, allowing the material to cool.

Advantages of Asphalt Flooring:

  • Placing the asphalt flooring catalog in a parking lot will result in a sturdy and long-lasting plane, which will be evaluated for its strength and durability.
  • Pavement made of asphalt will have bitumen applied to make it even more watertight.
  • Particles are less likely to stick to asphalt flooring than concrete because of the material’s structure.
  • Asphalt flooring bases can help smooth out imperfections like sharp corners and edges that would otherwise damage your floor.
  • With asphalt, materials may be revived and used again because it does not degrade.
  • Asphalt walkways on balconies are a terrific choice for a practical and long-lasting floor.
  • Healing with asphalt is rational and straightforward; if you administer asphalt, you will need less supervision.

Disadvantages of Asphalt Flooring:

  • Asphalt flooring requires more maintenance than concrete since it must be sealed every four to five years with plaster to keep it from cracking. There will be instances when flying isn’t necessary.
  • For the best results, heat the material to between 250 and 350 degrees Fahrenheit before applying it to the asphalt floor of the airplane. Then, coat it with sand or other materials for added compression and longer service life.
  • Asphalt will deteriorate if you haven’t varied and positioned it properly, and you can repair and level off cracked or uneven surfaces before flooring.
  • In the future, asphalt will be made from fuel, which causes harm when the organic compound is removed—reverse asphalt, which can be used to build asphalt concrete with no organic compounds.
  • Asphalt flooring cannot be laid without a tracked truck and the right accessories.

Asphalt flooring is becoming increasingly popular due to its numerous useful properties, such as toughness, elasticity, durability, water resistance, acid resistance, and aesthetic appeal. Since mastic asphalt flooring is both silent and nonslippery, it may be used anywhere from factories to loading platforms to swimming pools and terraces.

1. “Mastic Asphalt Flooring.” Mastic Asphalt Flooring – Designing Buildings, Accessed 10 Nov. 2022..
2. Asphalt, Heritage. “Asphalt Contractors: Heritage Asphalt #1 UK Asphalt Company.” Mastic Asphalt Contractor, Accessed 10 Nov. 2022.
3. “What Is Asphalt Flooring: Its Advantages and Disadvantages.” Real Estate Forum by, Accessed 10 Nov. 2022.
4. “Mastic Asphalt Flooring | the Construction Civil.” The Construction Civil, 28 Sept. 2012,
5. Geeky. “Pros and Cons of Asphalt and Concrete | Richmond Blacktop.” Richmond Blacktop, 19 Aug. 2016,
6. Asphalt, London. “London Asphalt.” London Asphalt, Accessed 10 Nov. 2022.

Modern Day Methods Of Dealing With Cracks In Concrete

Cracks in concrete are common and it if often misunderstood as not having done mixing properly or compaction properly or problem in foundation and many more. In general cases cracks sizes ranging from 1/4 inch to 1/16 inch is considered to be acceptable limit. One can control cracking by properly preparing the subbase, proper curing, not favouring under-reinforcement or over-reinforcement, by proper placing and spacing crack control joints, etc. To fix narrow cracks in concrete, caulk-style concrete repair compound is used because of its easy application. For larger cracks especially in case of walls, epoxy injection kit is used which allows deep penetration through cracks. In case of repairing of stairs, vinyl concrete patcher is used as it is durable and easy to mould into a step like shape.

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What is the Gradient of the Road and Types of Gradient of Road

The gradient of a road is crucial to the road’s very existence. The topography of most areas is not flat. Slopes are common on things that vary in scale. If a road were built there, there would likely be accidents. Road slopes facilitate these height fluctuations, which allow for smooth vehicle travel.

Different Types of Gradient of Roads
Fig: Different Types of Gradient of Roads

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What is Shoring in Construction?

Construction workers must use various shoring methods when working on excavations or building sites to keep a building from falling over. Shoring may help professionals meet safety standards and prevent accidents from happening while digging and building. Shoring is building temporary structures to support unstable structures in the short term. These hold up the side walls. When walls buckle, when walls crack because foundations sink unevenly, or when cracked walls need to be fixed, shoring is needed to take down nearby buildings if a hole in the wall needs to be fixed or made bigger.

What is Shoring:
Shoring is temporary side support used in construction, repairs, and excavations. It can be used when walls bulge out, when walls crack because of uneven foundation settlement and need to be fixed, when an adjacent structure needs to be torn down, or when new holes or openings need to be made in walls. In construction, shoring is needed to support a deep excavation so that the retained soil doesn’t topple over and cause a mistake on the project. Its support depends on the soil type and the difference in an excavation level at least 1.20 meters from ground level.

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Latest Innovative Construction Materials

Over the years, people in construction projects have always thought of new ways to do things. From the strong concrete used in old buildings to the steel used in bridges and skyscrapers, we can see how technology has changed the building industry. Some things change over time, while others are brand new. People had to develop new and creative ideas to keep up with the need for housing, natural disasters, and rising construction costs. This article will talk about some new, innovative building materials.

What is Innovation in Construction?
Regarding building materials, innovation means improving their quality and properties. The old material can be changed while its useful properties stay the same, or a new material can be used instead. Improving the building’s processes, products, or services is also a part of being innovative with building materials.

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Parapet Wall – Applications and Types

The parapet wall is a crucial structural element of our home. When completed, it forms a protective barrier at the end of the roof of the building or balcony. The parapet wall is crucial to the security of the building’s inhabitants. A parapet is usually the top part of a wall that goes over the roof and protects the roof, gutters, balconies, and walkways of houses, churches, castles, apartment buildings, commercial buildings, and other types of buildings. It could be made of bricks, stones, concrete, wood, or glass. A parapet can also stop a fire from spreading to a roof and protect against a sudden fall that could be fatal.

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What is Tendering in Construction?

Tendering is getting bids for big projects, which a government agency usually does. The most important parts of the building tendering process are favoritism and crime when giving projects to architecture firms. A tender is an economic incentive to do work. During the early stage of this tender resolution, framers will be asked to submit waterproof tenders for construction at a certain time. In this article, we will learn about tendering process in construction.

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How to Repair Concrete Steps?

Over time, concrete steps may experience cracks, chips, holes, or even tile replacements from dried mixed concrete. Repairing your concrete steps is crucial before the damage becomes too severe since it might make climbing or descending the steps dangerous. It’s critical to be aware of this kind of damage to guarantee the safety of those around us and the aesthetic appeal of the surrounding area. You can address your difficulties with these simple methods rather than waiting and spending a lot of money calling a professional or neglecting actions that could be dangerous.

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What is a Bulldozer- Their Parts, Types and Uses

Choosing the right machine for the site’s terrain is very important. Before deciding on the equipment, one should consider the available options and how the site is set up. A bulldozer is a large piece of construction equipment used to move large amounts of soil, sand, snow, debris, or other similar materials on a construction site. The name “bulldozer” comes from the fact that it has a dozer blade. It has a metal plate on the front that is used to move bigger loads to their destination. On the back, a device looks like a claw to loosen materials tightly packed together. Bulldozers aren’t just used on construction sites, quarries, military bases, and farms.

What is a Bulldozer?
A bulldozer, an important instrument in the construction industry, features a blade joint to its face, against which mud can be broken up and leaned for easier removal. A bulldozer is a tractor with an excavating blade mounted on the front of the vehicle. The blade can push, shear, cut, or roll materials forward of the tractor. The optimal speed for this earthmover is around 5 kilometers per hour. Adjusting the blade size of a bulldozer can be done within a certain range for each model.

The low center of gravity and wide bulldozer tracks give it excellent grip and stability on grades and other unlevel ground. It improves electricity distribution to the ground. Many different blades and attachments can be used with a dozer. Dozers are adaptable to many job sites because of the accessories at their disposal.

Parts of a Bulldozer:
i) Rippers:

A ripper is a long piece on the back of a bulldozer that looks like a claw. Rippers are used to break up land so crops can grow on it or to break up rocks and earth so they can be moved. Depending on what you need for your project, you can find both single-shank rippers and multi-shank rippers.

ii) Engine:
Most bulldozers have powerful motors because they move a lot of heavy materials around the work site. There are many kinds of motors that meet different needs. For example, newer motors produce less pollution than older ones to meet certain EPA specifications.

iii) Cab:
The operator controls the bulldozer from the cab, which is an important part of the machine. Some taxis have special features that make them safer and more comfortable. Check if your cab reduces noise and absorbs shocks as you move around the job site. Because drivers can be in the cab for hours at a time, these are essential.

iv) Bulldozer Blades:
The bulldozer’s large metal plate, known as the blade, is at the front of the machine and is used to push and dig through various materials. We’ve already established that many blades have their place in the world.

v) Final Drive:
The final drive of a bulldozer is the most often used and replaced component. The load is spread across numerous gear teeth in a modern final drive, and the drive motor is no longer suspended.

vi) Track/ Tyres:
Tracks and tyres greatly affect a bulldozer’s ability to move. Tracks are better for exploring hard, unbalanced ground, while tires are better for soft ground. You may also need to consider tires if you’re working in a sensitive area you don’t want to hurt.

vii) Push Frame:
A push frame is an important tool for setting things in place. For the blade to move, this bulldozer component is essential.

Different Types of Bulldozers:
1. Crawler Bulldozer:
A crawler bulldozer, also known as a tracked bulldozer, is good for jobs that need a lot of pulling power. This heavyweight is great for moving heavy things from one place to another. The tracks on this bulldozer give it a lot of grips so that it can move easily over rough and uneven ground. Larger crawlers have rippers that help crush and clear terrain that is hard to move.

Crawler BulldozerFig1: Crawler Bulldozer

2. Mini Bulldozer:
Mini BulldozerFig2: Mini Bulldozer

Mini bulldozers, also known as compact bulldozers, are more flexible and versatile than larger machines and are ideal for various applications. The newer micro dozers are more technologically advanced and have an engine that produces fewer emissions and uses less gasoline. With its redesigned, downwardly sloping hood line, it’s easier to see the blade’s cutting edge and other nearby objects, leading to greater productivity in the final polishing stages. Mini bulldozers’ slope assists function and increase productivity by orienting the chassis perpendicular to the slope. It works in tandem with the operator’s input on the blade controls to make grading simpler, quicker, and less taxing on the body.

3. Wheel Bulldozer:
Wheel BulldozerFig3: Wheel Bulldozer

This machine is usually bigger than a crawler and is also called a tyre bulldozer. Wheel bulldozers have strong frames that can last long and withstand the roughest conditions. It has a full box-section rear frame that can handle twisting forces and shocks. The way the axle is mounted is optimized to make the structure stronger. Now, the models come with a Steering and Transmission Integrated Control System, which combines the controls for steering, changing gears, and going in a certain direction into a single lever.

The newest wheel dozers have a mechanically activated electronic unit-injection system, engine-idle-shutdown and engine-idle kick-down systems and a hydraulically powered cooling fan that only turns on when needed. The operator cab has automatic temperature control, a touch-screen display with a soft keypad, an electric/hydraulic parking brake, and a Comfort III seat with air-ride suspension and built-in controls.

4. Hybrid Bulldozer:
Hybrid BulldozerFig4: Hybrid Bulldozer

Hybrid bulldozers are high-tech machines that use electronic parts and have a combination of blades that can work in both wet and very hard conditions simultaneously. Today, we have bulldozers that can work in swampy and muddy conditions. We also have custom blades that can be put on any vehicle, like a tractor, all-terrain vehicle, or skid steer.

Types of Blades used in bulldozer:
Different blades are used for different situations, can cut different kinds of materials, and can carry a variety of load weights. The following are the most popular types of blades used in bulldozers.”

i) Straight Blades (S-Blades):
A bulldozer’s most restricted edge, an S-sharp edge, lacks the side wings of other types of edges. Lower back corners of this cutting edge attached to the arm. The straight sharp edge excels in fine-grained and medium-to-hard thicknesses due to its form. However, the dozer’s lifting and transporting capacities are limited due to its straightforward design. Solving puzzles, restocking, appraising, and evening soil are the best uses for s-edges.

ii) Semi-Universal Blades(S-U Blades):
It’s a different type of bulldozer blade that combines straight-blade and universal blades. It will be thin and shapeless, and the feathers on its sides will be softer than those on the universal blade. The build reduces loss and improves the bulldozer’s ability to move dirt. It can even move mud to higher heights. With edge-holding braces, the semi-universal blade will connect to the lumbar region of the blade. It spreads sound well and is very skillful. Bulldozers can be used for infilling, explosion, junk, final, despoil, and clumping claims like blades.

iii) Universal Blades (U- Blades):
A U-blade has big side wings and a curved shape that make it perfect for pushing things across long stretches of land. The wings keep things from falling out when the box is in motion. Like S-Blades, they attach to the blade’s lower back corners. It has the tallest and widest blades and works best with soft to medium-density soil. U-blades are best for ditching, hauling, pushing, and crowning.

iv) Angle- Blade:
This blade is attached to the bulldozer in the middle of the panel. It is great for moving trash to the side because it can tilt about 30 degrees left or right. So, a blade with an angle is called a two-way blade. Because it lacks side wings, this blade may bleed. Work can be done easily in soft to medium-hard soils, snow, or gravel conditions. Angle blades excel at stumping, shaping, stripping, and ditching.

v) Power-Angle-Tilt Blade:
This blade type is mostly used for bulldozers and can control the whole tilt edge. The driver can use an opener to build these cabins. The blades have 4, 6, or 8 paths and are climbed in the middle of the dashboard. There are fewer giveaway problems. They can keep reloading, razing, handing out, praising, and sorting.

How to Choose the Right Bulldozer?
You must be able to choose the appropriate bulldozer if you are aware that you require one of these tools for your work. You can choose the model, size, attachments, and purchasing or renting alternatives that are best for you by considering a few factors:

  • The right dozer is about more than just the equipment you require. It would be best to consider the equipment’s cost and budget. It helps you determine whether to lease or buy new or old equipment. Calculate the cost of extra features and attachments.
  • Bulldozers are used in a wide range of industries. What you will use the bulldozer for will determine its size and attachments.
  • Each project has various needs. Likewise, each location’s size and layout can provide distinct obstacles. You want a machine that’s manageable for your site and too tiny to complete the job.
  • Site safety is important for both large and small projects. To keep yourself and your workers safe, you need to know how Bulldozers and their attachments work and what standards they should meet.
  • You’ll need to refill, lubricate, and service your dozer often, possibly daily. Machine and work dictate maintenance schedule. Whether you lease or buy a bulldozer, learn how to maintain it.

Uses of Bulldozers:

  • Most of the time, bulldozers are used to destroy buildings.
  • Bulldozers are also used for earthwork. The front blade of the machine pushes up dirt, soil, sand, etc.
  • Bulldozers can also be used in construction projects and to clear land. Before a construction dig or build can start, it’s common for the area’s brush and natural plants to need to be cleared away. Bulldozers take care of this job in one fell swoop.
  • They clear away unwanted trees, bushes, and sometimes garbage and other trash if the land needs to be better managed.
  • A bulldozer can build roads and pavement. As with a construction site, a road must be cleared and leveled before paving or covering can begin.

Bulldozers are powerful machines used primarily to push, dig, excavate, and level materials like soil and waste at a construction site. The front of these machines is equipped with big, hefty blades that can push through various materials. Some versions have special equipment, like rear rippers, to help them navigate difficult terrain.

Today, the bulldozer is used for many tasks and is an important part of many projects. Because of their size, strength, and power are the best tools for any demolition or earth-moving job. Bulldozers are often used in digging, mining, farming, and road work.

1. BigRentz. “Bulldozer Types, Parts and Their Uses | BigRentz.” Bulldozer Types, Parts and Their Uses | BigRentz, 12 June 2019,
2. admin. “Types of Bulldozers and Bulldozer Blades – With Explained [Uses, Parts and Function].” Engineering Learn, 11 Jan. 2022,
3. Muth, Reannon. “The 3 Most Common Types of Dozers.” The 3 Most Common Types of Dozers | News | Heavy Metal Equipment & Rentals, 14 Oct. 2019,
4. “Different Types of Dozers and Blades Used in Construction.” Constro Facilitator, 21 July 2021,
5. Colleges of America, Heavy Equipment. “Bulldozer Types and Their Applications: A Complete Guide of Dozer.” Heavy Equipment Colleges of America, 12 Oct. 2020,
6. Quinn. “How to Choose the Right Dozer for Your Job | Quinn Company.” Quinn Company, 21 July 2020,

Foundation Settlement – Causes, Types and Preventive Measures

The lowest level of a building is its base, also called its foundation. So, the structure’s load (or loads) can be safely transferred to the ground below. The stability of a building’s foundation is one of the most important parts of how well it works. A good foundation ensures the ground is kept from what it can handle. Even though it can, the ground sinks under the weight. The amount of the settlement is in a good range.

Additionally, many factors, such as soil type and how the foundation is constructed, can affect the total amount of foundation settlement. Foundations built on bedrock move very little. On the other hand, foundations in other kinds of soil, like clay, may sink much more. Since it was built in the early 1930s, the Mexico City Palace of Fine Arts has settled more than 15 feet (4.5m) into the clay soil on which it is built. On the other hand, foundation settlement is usually limited to millimeters or fractions of an inch. When a building’s foundation settles quickly, it can cause damage to the building.

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