Thursday, September 26, 2024

Understanding Carpet Area, Built-up Area, and Super Built-up Area in Real Estate

Understanding Carpet Area, Built-up Area, and Super Built-up Area in Real Estate

When purchasing property, especially in the real estate market, you may encounter various terms related to the measurement of areas in a building or apartment. Understanding the differences between Carpet Area, Built-up Area, and Super Built-up Area can help you make informed decisions. In this blog, we’ll explain each of these terms in detail.

1. Carpet Area

Definition: Carpet area refers to the actual usable area within the walls of an apartment where you can lay a carpet. This area excludes the thickness of the walls, balconies, and other non-livable spaces. Essentially, it's the net usable floor space inside the house.

Components Included:

Bedrooms

Living/dining room

Kitchen

Bathrooms

Utility rooms (if applicable)


Components Excluded:

Thickness of internal and external walls

Balcony

Common areas like staircases and lobbies


Importance: Carpet area is the actual usable area for a homebuyer. When evaluating space, knowing the carpet area helps in understanding how much of the purchased area can truly be used for living purposes.


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2. Built-up Area

Definition: Built-up area includes the carpet area plus the thickness of the walls and other unusable areas such as balconies. This is the area that occupies the space within the outer walls of the apartment.

Components Included:

Carpet Area

Internal and external wall thickness

Balcony (if any)


Importance: Built-up area gives a more realistic understanding of the space occupied by the property. For instance, a property with thick walls may have a higher built-up area but might offer less usable space (carpet area).

Formula:
Built-up Area = Carpet Area + Wall Thickness + Balcony


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3. Super Built-up Area

Definition: Super Built-up area includes the built-up area plus a proportionate share of common areas such as the lobby, staircase, lift, and corridors. In many real estate transactions, especially in apartments or high-rise buildings, the super built-up area is often referred to as the “saleable area”.

Components Included:

Built-up Area

Proportionate share of common areas like:

Corridors

Staircases

Lift lobby

Clubhouse, gym, or any other amenities (if any)



Importance: Super built-up area is what is typically used to calculate the price of the apartment. However, buyers should be aware that the actual usable space (carpet area) might be much less than the super built-up area. For instance, if a developer mentions a super built-up area of 1,500 sq. ft., the actual carpet area could be significantly lower (e.g., around 1,000 sq. ft.).

Formula:
Super Built-up Area = Built-up Area + Common Area (proportionate)


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Why These Terms Matter in Real Estate Transactions

Understanding these terms is crucial for anyone involved in property transactions because they directly impact the livable space and the cost per square foot. Developers often price apartments based on the super built-up area, but it’s the carpet area that determines how much actual usable space you are getting. Therefore, when purchasing or renting, always ask for the carpet area to make sure you understand the actual usable space.

Conclusion

Whether you're buying your dream home or investing in a property, knowing the difference between carpet area, built-up area, and super built-up area is essential for making informed decisions. Always ask for a clear breakdown of these areas to avoid confusion and ensure you're getting the best value for your money.


Friday, July 5, 2024

How to Calculate the Water Storage Capacity of a Square Tank: A Step-by-Step Guide (नेपालीमा पनि)

To calculate the water storage capacity of a square tank, you can use the formula: Volume = Length × Width × Height Volume=Length×Width×Height Given the dimensions of your tank: Length = 10 feet Width = 10 feet Height = 8 feet Plug these values into the formula: Volume = 10  ft × 10  ft × 8  ft Volume=10 ft×10 ft×8 ft Volume = 800  cubic feet Volume=800 cubic feet Therefore, the water storage capacity of the tank is 800 cubic feet. In Nepali: तपाईंको वर्गयुक्त पानी भण्डारण क्षमता गणना गर्नका लागि तपाईंले यस फारमुलाको प्रयोग गर्न सक्नुहुन्छ: आयाम = लम्बाई × चौडाई × उचाइ आयाम=लम्बाई×चौडाई×उचाइ तपाईंको भण्डारणको आयामहरू: लम्बाई = १० फिट चौडाई = १० फिट उचाइ = ८ फिट यी मानहरूलाई फारमुलामा प्रयोग गर्नुहोस्: आयाम = १० फिट × १० फिट × ८ फिट आयाम=१० फिट×१० फिट×८ फिट आयाम = ८०० घन फिट आयाम=८०० घन फिट यसैगरी, भण्डारणको क्षमता ८०० घन फिट हो।

Sunday, June 23, 2024

High Rise Buildings in Nepal


This image highlights the contrast between modern urban development and cultural heritage in Nepal's capital city


Introduction

High-rise buildings have become a significant aspect of Nepal's urban development, especially in cities like Kathmandu. These structures cater to the increasing demand for residential and commercial spaces due to urbanization.


Structure Reviews

Modern high-rise buildings in Nepal incorporate advanced engineering techniques to ensure safety and durability. Key features include:

- Seismic Design: Incorporation of base isolators and reinforced concrete to withstand earthquakes.

- Material Use:High-quality steel and concrete to provide structural integrity.

- Sustainable Practices: Integration of energy-efficient systems and materials to promote sustainability.


 Notable Projects

Several high-rise projects have transformed Nepal's skyline, including:

- Kathmandu View Tower: One of the tallest buildings, offering commercial and residential spaces.

- Civil Mall: A prominent commercial complex with multiple floors of retail spaces.

- The Leela: A luxury residential project that exemplifies modern high-rise living.


Legal Framework

The construction of high-rise buildings in Nepal is governed by specific laws and regulations to ensure safety and compliance:

- Building Codes: The Nepal National Building Code (NBC) provides guidelines for construction practices, particularly for seismic resistance.

- Municipal Regulations: Local municipalities have additional requirements for permits, zoning, and environmental impact assessments.

- Safety Standards: Compliance with international safety standards, including fire safety, emergency exits, and structural inspections, is mandatory.


 Challenges

- Seismic Activity: Ensuring buildings are earthquake-resistant remains a primary concern due to Nepal's seismic activity.

- Urban Planning: Adequate infrastructure and urban planning are required to support high-rise buildings.

- Resource Management: Effective management of resources like water, electricity, and waste is crucial for high-rise buildings.


Personal Aspect

I've seen firsthand the transformation brought by high-rise buildings. They symbolize progress but also remind us of the importance of sustainable and safe development. My personal experience with these buildings includes witnessing their impact on urban living and the necessity for robust regulations to ensure their safety.


Future Prospects

The future of high-rise buildings in Nepal is promising, with ongoing advancements in construction technology and a growing focus on sustainable development. Proper urban planning and adherence to safety standards will be essential to support this growth.


Conclusion

High-rise buildings are reshaping Nepal's urban landscape, providing solutions to space constraints and modernizing city living. Ensuring safety, sustainability, and effective resource management are crucial for their successful integration.


For more  information on Engineering field and related topics, visit (http://www.gauravn.com.np/).

Thursday, April 4, 2024

the type of footing used in building construction




 In Nepal, the type of footing used in building construction depends on various factors such as soil type, structural design, and local construction practices. However, some common types of footings used in building construction in Nepal include:

A). Spread Footings: Also known as pad footings, these are shallow foundations that distribute the building load over a larger area of soil. They are commonly used for individual columns or wall foundations.
B). Strip Footings: These footings are continuous concrete strips that support a load-bearing wall or line of columns. They are suitable for buildings with continuous walls or columns.
c). Combined Footings: These footings are used when columns are closely spaced and individual footings would overlap. Combined footings support multiple columns and distribute loads to the soil.
D). Raft or Mat Foundations: Raft foundations are large, solid slabs that cover the entire footprint of a building. They distribute the building loads evenly to the underlying soil and are suitable for areas with poor soil bearing capacity or where differential settlement may occur.
E).Pile Foundations: In areas with weak or compressible soil, pile foundations are used. These consist of long, slender columns driven deep into the ground to transfer building loads to deeper, more stable soil layers or bedrock.

The choice of footing type in Nepal is influenced by factors such as seismic activity, soil conditions, and structural requirements. Builders and engineers typically assess these factors during the design phase to determine the most appropriate footing type for a specific building project.

Understanding Carpet Area, Built-up Area, and Super Built-up Area in Real Estate

Understanding Carpet Area, Built-up Area, and Super Built-up Area in Real Estate When purchasing property, especially in the rea...