The 16 Core Components of Building Structures

16 Types of Building Components

Components of Building are as follows.

Substructure.
1. Bedding for Footing.
2. Footing.
Superstructure.
1. Plinth.
2. Damp Proof Course.
3. Plinth Beam.
4. Floor.
5. Brick Wall.
6. Sill Level.
7. Window.
8. Lintels and Chajjas.
9. Column.
10. RCC Slab.
11. Parapet Wall.
12. Coping.
13. Weathering Course.
14. Stairs.

#1. Substructure:

The substructure is part of the building that is underneath the ground, while the superstructure is everything that is above ground. Substructure. The purpose of the substructure of a building is to transfer loads of the superstructure to the soil that is underneath.

The substructure is as follows.

Bedding for Footing.
Footing.

#1.1. Bedding for Footing-

Under every house is a foundation, and under most footing is Bedding for Footing. Most of the time we take footings for granted, and usually we can. For typical soils, a common 4- or 5 inch-wide footing can more than handle the relatively lightweight of an ordinary house.

#1.2. Footing-

The footing is important to uniformly spread the whole weight of the structure on the ground in just such a way which no destructive settlement actually occurs. The structures therefore need to be established on a strong Footing.

#2. Superstructure:

The superstructure is that part of a building which is mainly above the ground, unlike the substructure which is mainly below ground. The Superstructure are as follows.

#2.1. Plinth-

Generally, the plinth is built slightly well above the ground floor sometime after the foundation. It lifts the ground just above floor level and stops seawater from entering the house.

#2.2. Damp Proof Course-

The damp proof course is often a coating of waterproofing substance including such asphalt and waterproof cement. The structures are constructed well above DPC.

DPC stops groundwater for increasing to the floors. Wetness decreases the strength of walls which produces unhealthful living environments. Thus it impacts painting as well as plaster which raises repair costs.

There is no need for DPC where a plinth beam is built since the plinth beam is still operating like a DPC.

#2.3. Plinth Beam-

The plinth beam is built according to the form of construction of the building as well as the condition of the surface. It offers significant stabilization in the region of building settlements or damaged buildings.

#2.4. Floor-

Flooring may be achieved with various materials, yet caution should be taken to ensure that perhaps the floor just below ground is very well compressed.

Flooring is achieved to keep wetness from increasing to the surface and to ensure a firm base which can be held environmentally friendly and tidy.

#2.5. Brick Wall-

The Brick wall is indeed the structural component at which the roof is eventually laid. This may be constructed of various materials, such as bricks, gravel, mud, concrete blocks, lateral blocks, respectively.

Unless the buildings are quite large, the roofs may be supported with columns. The Brick wall offers privacy and enclosures. Walls can offer safety and assurance from natural conditions including wind, rain, and sunlight.

#2.6. Sill Level-

Sill is the base of the window i.e. the level from the floor of the room from which the window starts (moving upwards). The window finishes at the top at the lintel level. A window sill may be equal to or greater than the width of the brickwork beneath it.

#2.7. Window-

The windows are an essential part of the house. It also provides light, fresh air, and ventilation in the house. Windows are often arranged, also for the purposes of architectural decoration. It allows light into the room, enhance your wall colours or furniture.

#2.8. Lintels and Chajjas-

A lintel is a structural horizontal block that spans the space or opening between two vertical supports. It can be a decorative architectural element or a combined ornamented structural item. It is often found over portals, doors, windows, and fireplaces.

#2.9. Column-

A column or pillar in architecture and structural engineering is a structural element that transmits, through compression, the weight of the structure above to other structural elements below. In other words, a column is a compression member.

#2.10. RCC Slab-

A Reinforced Concrete Slab is the one of the most important component in a building. It is a structural element of modern buildings. Slabs are supported on Columns and Beams

#2.11. Parapet Wall-

A parapet is a barrier that is an extension of the wall at the edge of a roof, terrace, balcony, walkway, or other structure. The word comes ultimately from the Italian parapetto. The German equivalent Brustung has the same meaning.

#2.12. Coping-

Offering a complete finish to any parapet wall, Canted Coping is the best solution for a parapet wall condition where a slope must be built.

This helps ensure that water drips back towards the roof and not down the front of the building. This system uses a continuous cleat for high wind uplift resistance.

#2.13. Weathering Course-

Pressed Clay Tile for Weather Proofing the Terrace of Building. Offers protection from rains, water seepage, and thermal insulation from sun. Can withstand the effect of rain and sun to protect and weatherproof your home.

#2.14. Stairs-

The stairs are a series of steps which are designed to facilitate the ways of landing and takeoff between both the floors as well as the landings. The apartment and room of a house where the stairs are situated are labeled the stairs. The room or the opening of the stairway is labeled the stairway.

There are many various styles of staircase used during homes, such as RCC stairs, wooden stairs, metal stairs, brick stairs, respectively.

How a Building Is Constructed?

Construction process of Building components from beginning to end involves no simple task in either form of construction; it may take a lot of capital and investment.

While building construction consumes a lot of effort and is time-consuming, yet the result is a lasting advantage for us. Care must also be taken throughout the building phase.

Until preparing, building projects shall understand essential parts of the construction process of the building components, such as the purposes of this experiment, usefulness, economic competence, a requirement for jobs, etc.

Since this building decision is taken, the preparation process is ongoing. The building method from beginning to end is thoroughly discussed herein. Furthermore, begin with a few preconstruction phases.

Process of Building Construction:

The very first step of construction is make sure the ground is graded and prepared right.
Next the foundation goes in. Depending on the type of building will determine the type of foundation is installed.
Once the foundation is in then comes the framing. This is the skeleton of the structure.
A contractor will then drywall the framing and install all the window and doors.
Next come the electrical and the plumbing.
While that is going on the roof may be finished up.
Paint the walls and side the outside and you have a finished building.

Different Types of Building Construction Phases:

Pre-Construction Steps.
Building Construction Steps.

#1. Pre-Construction Steps-

Pre-Construction Steps are as follows.

To Purchase Property or Land.
To Check for Technical Assistance.
Getting Prepared Estimates and Expenditure.
Authorities’ Approval.
Approach to the Developer.

#1.1. To Purchase Property or Land-

This is perhaps the most critical step towards the development of houses. Check for its spot of the house that is ideally fit for construction purposes. Be cautious when choosing land that has all the necessary amenities available in the vicinity and thus should be clear of all land-related problems.

#1.2. To Check for Technical Assistance-

Upon choosing the best land for construction, seek the aid of a competent designer to plan the building as well as seek instructions. The designer shall draft the design according to the building specifications, the number of apartments, stores on the fact that it is based as well as the expenditure.

And, upon consulting the designer, contact the structural engineer for specifications of the supports that will be used, the depth of the base, the scale of the gravel to use it, the dimensions of the support, etc.

#1.3. Getting Prepared Estimates and Expenditure-

Building design requires an immense volume of material as well as expenditure. After completion of the design including structural data, such description are passed to the construction estimator.

The building estimator will measure the material size, the amount of various work products as well as produce an overview sheet showing the building costs.

#1.4. Authorities’ Approval-

This seems to be critical work to be completed once the proposal is able to be implemented. In order to do this, we must obtain permission from the relevant municipal authority before you would go to the building site.

#1.5. Approach to the Developer-

Builders or contractors for projects must be deliberately selected as this is a crucial element in guaranteeing the effectiveness of building and the prompt construction of works. Prior to actually handing over jobs, a pre-investigation should be evaluated successfully the builder.

#2. Building Construction Step-

Building Construction Step are as follows.

Preparation or Leveling of Site.
Pcc and Excavation.
Foundation.
Plinth Beam and Slab.
Columns.
Brick Masonry’s Operate.
Door Window Lintel Gaps.
Floor or Roof Structure.
Door Glass Framing and Fixing.
Electrical and Plumbing.
Exterior Finishing.
Terrace and Roof Finish.
Internal Finishing.
Woodwork and Repairing Fittings.

#2.1. Preparation or Leveling of Site-

The building site should be swept until the job is done. This task involved clearing the trees, the waste as well as the grading of the land.

#2.2. Pcc and Excavation-

The base of the building ground is unearthed by means of excavation machinery according to the house size defined in the designs. Throughout this foundation trenches, a sheet of PCC is deposited in the dug section even before reinforcing for the foundation are placed.

#2.3. Foundation-

The structure on the foundations is the lowest portion of the structure which is in contact with the ground. The structure is moved from the superstructure to soil but must be incredibly heavy to withstand the load.

Just after construction of the PCC base is initiated, working on reinforcing is begins. The lower step of the foundation should be tested before it has been concreted. The remainder of the room between the base is packed with soil.

#2.4. Plinth Beam and Slab-

Once the foundation project is finished, the planning of the beam begins and filled with concrete. From over plinth beam, construction method has begun. And the gap between both the base and the plinth beam was packed with soil.

#2.5. Columns-

The column is the part just above basement floor of the house. A column as well as a beam are the core elements of the superstructure. The columns are developed to the slab stage and also the frame is designed for some further building.

#2.6. Brick Masonry’s Operate-

As only a column as well as beam frame finished masonry construction is begun using various materials such as cement, concrete blocks, fly ash bricks, respectively according to the drawing of the house.

The masonry task is undertaken using a combination of cement mortars. It’s a combination of cement as well as sand. Throughout that time, deliberately and according to design, openings are placed for windows and doors throughout brick masonry.

#2.7. Door Window Lintel Gaps-

The lintel is placed mostly on door as well as the window to assist the masonry function. Since this additional masonry process has been performed.

#2.8. Floor or Roof Structure-

So the formwork continues to create a slab that sits mostly on the column as well as the beam. The slab reinforcing is mounted over the slab formwork according to the comprehensive design slab.

#2.9. Door Glass Framing and Fixing-

Thereafter, the frames of the door and window are set to the stated location provided in the illustration.

#2.10. Electrical and Plumbing-

Structures are designed with a smooth finish wherein plumbing and electrical installation is not noticeable. These were mounted with in walls as well as slabs so that they will be covered but not noticeable until the finished work has been completed.

The ends of the stage as well as the end of the pipe remaining such that the electrical fittings and plumbing fixtures could be completed afterward.

#2.11. Exterior Finishing-

When this work has been finished, the exterior plastering as well as finishing process is begun. Waterproof membrane is often used to avoid increasing wetness in the wall. External cladding also may be encouraged to raise the height of the building.

#2.12. Terrace and Roof Finish-

A waterproof membrane is performed at the top of the slab to avoid any leaks in the slab. Normally, the tiling of the terrazzo is achieved to keep the slab from having a weathering impact.

#2.13. Internal Finishing-

The interior walls were plaster with such a clean texture and the flooring is lined in tiles. After, the walls are stained or textured.

#2.14.Woodwork and Repairing Fittings-

Through adopting above mentioned stage, more or less the building project is performed and afterward the furniture work is begun. Besides each other, electrical connections, switchboards, and plumbing fixtures are all finished in the bathrooms including kitchen areas.

FAQs: The 16 Core Components of Building Structures

What Is the Difference Between Substructure and Superstructure in Building Construction?

The substructure is the part of the building that is beneath the ground and includes components like the bedding for footing and footing itself. The superstructure is everything above ground and includes elements such as the plinth, walls, columns, and roof.

What Is the Purpose of the Plinth in Building Construction?

The plinth is built slightly above the ground floor and serves to lift the structure just above floor level, preventing seawater and groundwater from entering the building and providing a solid base for the superstructure.

Why Is the Damp Proof Course (Dpc) Important?

The DPC is a waterproofing layer, often made of asphalt or waterproof cement, that prevents groundwater from rising into the walls and floors, thus avoiding dampness which can weaken the structure and create unhealthy living conditions.

What Are the Primary Functions of Brick Walls in a Building?

Brick walls provide structural support, privacy, protection from natural elements (wind, rain, sunlight), and can also enhance the building’s aesthetic appeal.

How Do Lintels and Chajjas Contribute to Building Stability?

Lintels are horizontal structures that span openings like doors and windows, providing support above these spaces. Chajjas are projections over windows and doors that offer shade and protection from rain.

What Is the Role of Columns in a Building Structure?

Columns are vertical structural elements that transfer the weight of the structure above them to other structural elements below, essentially acting as compression members to support the building.

What Is an Rcc Slab, and Why Is It Important?

An RCC (Reinforced Concrete) slab is a crucial structural component that provides a flat, horizontal surface like floors or roofs. It is reinforced with steel bars to enhance its strength and durability.

Why Is Parapet Wall Construction Necessary?

A parapet wall is an extension of the wall at the edge of a roof, terrace, or balcony that provides safety by preventing falls and can also serve as a decorative element.

What Is Coping in Building Construction?

Coping is the covering or cap placed on top of a parapet wall, which helps prevent water from seeping into the wall and protects it from weathering.

What Is a Weathering Course, and Where Is It Used?

A weathering course is a protective layer, often made of pressed clay tiles, applied on terraces or roofs to protect against rain, water seepage, and to provide thermal insulation from the sun.

Why Are Stairs a Critical Component of Building Structures?

Stairs provide vertical circulation between different floors or landings of a building. They come in various materials and designs, each suited to the building’s functional and aesthetic needs.

What Are the Pre-Construction Steps Involved in Building a House?

Pre-construction steps include purchasing land, seeking technical assistance, preparing estimates and expenditure, obtaining authorities’ approval, and approaching a developer.

What Is Involved in the Foundation Construction Process?

Foundation construction involves excavating the site, laying a layer of PCC (Plain Cement Concrete), and then constructing the foundation itself to support the weight of the building.

What Is the Significance of the Plinth Beam and Slab in a Building?

The plinth beam and slab provide a stable base above the foundation, ensuring that the superstructure has a solid and level surface to build upon.

How Is the Floor or Roof Structure Constructed?

The floor or roof structure involves laying reinforcing bars according to the design, pouring concrete, and ensuring a solid and level surface that can support the building’s loads.

What Are the Final Finishing Steps in Building Construction?

Final finishing steps include internal plastering, electrical and plumbing work, applying tiles and wood flooring, painting walls, and installing necessary fittings and fixtures.