Sign Up

Join TheConstructor to ask questions, answer questions, write articles, and connect with other people. When you join you get additional benefits.

Have an account? Sign In


Have an account? Sign In Now

Sign In

Log in to TheConstructor to ask questions, answer people’s questions, write articles & connect with other people. When you join you get additional benefits.

Sign Up Here

Join for free or log in to continue reading...


Forgot Password?

Don't have account, Sign Up Here

Forgot Password

Lost your password? Please enter your email address. You will receive a link and will create a new password via email.

Have an account? Sign In Now

Sorry, you do not have a permission to ask a question, You must login to ask question. Get the paid membership

Join for free or log in to continue reading...


Forgot Password?

Don't have account, Sign Up Here
Get the paid membership
theconstructor.org Logo theconstructor.org Logo
Log inJoin

theconstructor.org

theconstructor.org Navigation

  • Articles
    • Recent Articles
    • Popular Articles
    • Write for us
  • Community
  • Categories
    • How To Guide
      • Material Testing Guide
    • Concrete
    • Building
      • Brick Masonry
      • Building Materials
      • Building Tips
    • Construction
      • Equipments
      • Management
    • Digital Construction
    • Geotechnical
      • Foundation
  • Case Studies
Search
Ask A Question

Mobile menu

Close
Ask a Question
  • Questions
  • Ask Questions
  • Write for us
  • Artificial Intelligence
  • Sustainability
  • Building
    • Brick Masonry
    • Building Materials
    • Building Tips
    • Formwork/Shuttering
  • Concrete
    • Concrete Admixtures
    • Cement
    • Concrete Cracks
    • Concrete Properties
  • Construction
    • Construction Equipments
    • Construction Management
    • Construction Project
    • Estimating & Costing
  • How To Guide
    • Material Estimation
    • Repair/Protection Guide
    • Material Testing Guide
    • Mix Design Guide
    • Rate Analysis
  • Geotechnical
    • Foundation Engineering
    • Ground Improvement
  • Structural Engineering
    • Strengthening of Structure
    • Structual Inspection
    • Structural Detailing
  • Surveying
  • Tips

Construction

Home/Construction

Do you need to remove the ads? Get the paid membership

  • Recent Questions
  • Most Answered
  • Answers
  • No Answers
  • Most Visited
  • Most Voted
  • Random

Discy Latest Questions

Asked: August 18, 2020In: Construction

Which kind of tile will be used for bathroom flooring and wall?

[Deleted User]
[Deleted User]

Which kind of tile will be used for bathroom flooring and wall?

  1. aviratdhodare

    aviratdhodare

    • 37 Questions
    • 252 Answers
    • 0 Best Answers
    • 480 Points
    View Profile
    aviratdhodare
    Added an answer on August 21, 2020 at 1:08 pm

    There are two types of Tiles used in bathrooms a) Bathroom wall tiles b) Bathroom floor tiles Let's take about bathroom floor tiles Bathroom floor tiles are primarily used for 2 purposes, one they should have antiskid properties, two they should help reducing water swepage. In addition to that, youRead more

    There are two types of Tiles used in bathrooms

    a) Bathroom wall tiles

    b) Bathroom floor tiles

    Let’s take about bathroom floor tiles

    Bathroom floor tiles are primarily used for 2 purposes, one they should have antiskid properties, two they should help reducing water swepage.

    In addition to that, you have to give a slope in the bathroom floor, so the water don’t get stagnant on the floor itself. A recommended slope of 1 inch per feet is required, so all the water from the floor reaches the drain outlet. This will make your bathroom floor dry quickly.

    Will choosing bathroom floor tiles, avoid glossy or polished tiles, as they are slippery in nature. And with water on top of it, you are asking for trouble. A matt, or rustic finish tile is highly recommend for bathrooms.

    Now about bathroom wall tiles,

    Tiles are primarily used in bathrooms to cover all the plumbing and electric lines, Criss crossing across the bathroom.

    And then it also prevents, fungi, algae, germs, so it is hygienic in nature.

    Also the colour & shade does not get changed even with years of using of cleaning agents and acid. So maintenance is simple and easy.

    The choice of tiles used in bathrooms is unlimited, and there are various tiles sizes, colours, textures, punches, highlighters, shades, grains.

    It is your absolute personal choice as they come in all sizes and colours and also in various budget. But now a days 2 X 1 sizes are in trend for bathrooms. It will a apt size for Indian bathrooms. And it gives the best look by the dimensions. Floor you can use a matching 1 X 1 tile or a 2 X 2 tile too…

    See less
    • 34
    • Share
      Share
      • Share on Facebook
      • Share on Twitter
      • Share on LinkedIn
      • Share on WhatsApp
  • 0
  • 5 5 Answers
  • 3,123 Views
  • 0 Followers
Asked: July 24, 2020In: Construction

What is a Floor Area Ratio (FAR)?

DevilAVRT
DevilAVRT

DevilAVRT

  • 27 Questions
  • 49 Answers
  • 3 Best Answers
  • 207 Points
View Profile
DevilAVRT Beginner

What is a Floor Area Ratio (FAR)?

  1. aviratdhodare

    aviratdhodare

    • 37 Questions
    • 252 Answers
    • 0 Best Answers
    • 480 Points
    View Profile
    aviratdhodare
    Added an answer on October 10, 2020 at 3:05 pm

    What does FLOOR AREA RATIO mean: FAR is a technical term used in Urban Planning that determines the total built-up space of the building on a plot of land. Generally, the FAR of the City or the Area is fixed by the government, based on various parameters like infrastructure, population or populationRead more

    What does FLOOR AREA RATIO mean:

    FAR is a technical term used in Urban Planning that determines the total built-up space of the building on a plot of land. Generally, the FAR of the City or the Area is fixed by the government, based on various parameters like infrastructure, population or population growth. These you will understand once you are going through this issue.

    So by Definition FLOOR AREA RATIO (FAR) is the ratio of BUILDING’S TOTAL COVERED AREA to THE SIZE OF THE PLOT on which it is built.

    BUILDING’S TOTAL COVERED AREA is the Gross Floor Area.

    Formula for FAR

    FAR = TOTAL COVERED AREA (ALL FLOORS)/ AREA OF PLOT.

    For e.f. If there are 4 Floors and each Floor is of 5000 Sq feet, then the Total Covered Area of all the Floors is 20000 Sq Feet and the size of the plot is 10000 Sq Feet, then FAR = 20000/10000 = 2. In some areas it is mentioned as % i,e, 200% or somewhere it is mentioned simply 200. So if it is 200 then it means the FAR of the City or Area is 2, meaning one is authorized to build up the covered area 2 times to that of the plot area.

    But Generally FAR is fixed by the government, for particular City or Area and the FAR can be used to calculate the Total Covered Area that is built on a plot of land.

    NOTE: There is one more term FLOOR SPACE INDEX i.e. FSI. The meaning of FAR and FSI is the same. There is a difference of only denoting these two. FAR is always mentioned in percentage. For e.g. the FAR of any City / Area is 200% then the FSI of the same City / Area will be denoted as 2.0.

    Let us understand with the help of an illustration as in the image below:

    For e.g. the total Plot Area is 10000 Sq feet

    CASE 1: If FAR of a place is 0.5, then the total area to be built up is allowed only 5000 sq feet.

    OPTION A: One can construct in 50% of the plot area, only one floor of 5000 sq feet. So FAR = 5000/10000=0.5

    OPTION B : One can construct in 25% 2 Stories of 2500 sq feet of each. So FAR = (2X2500)/10000=5000/10000 = 0.5

    What is Floor Area Ratio (FAR)? | Seattle's Land Use Code

    CASE 2: If FAR of a place is 1.0, then the total area to be built up is allowed only 10000 sq feet.

    OPTION A: One can construct in 100% of the plot area, only one floor of 10000 sq feet. So FAR = 10000/10000=1.0

    OPTION B : One can construct in 50% of the plot area ,2 Stories floor of 5000 sq feet. So FAR = (5000 X 2) /10000 = 10000/10000=1.0

    OPTION C : One can construct in 25% 4 stories of 2500 sq feet of each. So FAR = (2500 X 4) /10000=10000/10000 = 1.0

    CASE 3: If FAR of a place is 2.0, then the total area to be built up is allowed only 20000 sq feet.

    OPTION A : One can construct in 100% of the plot area ,2 Stories of 10000 sq feet each. So FAR = (10000 X 2 )/10000 = 20000/10000=2.0

    OPTION B : One can construct in 50% of the plot area ,4 Stories floor of 5000 sq feet. So FAR = (5000 X 4) /10000 = 20000/10000=2.0

    OPTION C : One can construct in 25% 8 stories of 2500 sq feet of each. So FAR = (2500 X 8) /10000=20000/10000 = 1.0

    So if you know the FAR, you can calculate the total covered area that can be built on the plot.

    How much open area you have to leave or how much area can be built up depends on the zoning and planning regulations also. For e.g. how much area to be left for:

    • Setback.
    • Parking
    • Ground Coverage or Maximum Ground Coverage.
    • Height Restrictions

    FACTORS URBAN DEVELOPMENT AUTHORITY CONSIDER WHILE DECIDING FAR:

    • The current population of the City / Area: When the population of the City / Area is high, the FAR is also high, it means the government is intending for Vertical Development as compared to the spread-out development,
    • Population Growth: If the population growth rate is high, then also the FAR of the City / Area is high
    • Infrastructure: Infrastructure also plays a key role while deciding the FAR of the City / Area. If Infrastructure is low then FAR will be kept low otherwise there will be pressure on infrastructural facilities viz, water, power supply, transport etc. If Infrastructure of the City / Area is already high and developed by the government relative to population density, then FAR can be kept at a higher level by the Authorities.

    Note: If in the City / Area, the infrastructure is low but the population is growing at a faster rate, then the government has to increase the infrastructure and FAR has to be kept higher to accommodate the high growing population.

    So when FAR increases the Population Density of the City / Area increases.

    IMPACT OF HIGH FAR:

    • Higher Population Density
    • Stress on Infrastructure
    • Better Profitability for Developers
    • High Land Value
    • Better Walkability

    IMPACT OF LOW FAR:

    • Lower Population Density.
    • Better Per Capita Infrastructure
    • Reduced Profitability for the Developers.
    • Low Land Prices.
    • Long Travel Distances
    See less
    • 15
    • Share
      Share
      • Share on Facebook
      • Share on Twitter
      • Share on LinkedIn
      • Share on WhatsApp
  • 3
  • 6 6 Answers
  • 7,146 Views
  • 0 Followers
Asked: September 12, 2020In: Construction

What are the Advantages of Rough Flooring?

AdityaBhandakkar
AdityaBhandakkar

AdityaBhandakkar

  • 12 Questions
  • 250 Answers
  • 2 Best Answers
  • 0 Points
View Profile
AdityaBhandakkar User

What are the Advantages of Rough Flooring?

  1. AdityaBhandakkar

    AdityaBhandakkar

    • 12 Questions
    • 250 Answers
    • 2 Best Answers
    • 0 Points
    View Profile
    AdityaBhandakkar User
    Added an answer on September 22, 2020 at 1:44 pm
    What are the Advantages of Rough Flooring?

    Rough flooring is of many types, it may be terrazzo flooring, clay rough flooring, natural stone rough flooring, ceramic tiles with a rough surface. Rough flooring may be used to decrease the rate of skating and sleeping. Mostly this type of flooring is used in bathrooms and toilets to provide goodRead more

    Rough flooring is of many types, it may be terrazzo flooring, clay rough flooring, natural stone rough flooring, ceramic tiles with a rough surface.

    Rough flooring may be used to decrease the rate of skating and sleeping. Mostly this type of flooring is used in bathrooms and toilets to provide good resistance and wear and tear when water is spread over the flooring surface.

    Following are some advantages of rough flooring:

    1. It provides good wear and tear which avoids sleeping when used in bathrooms and toilets.
    2. It also provides in the swimming pool due to good toughness and water resistance.
    3. It is strong and durable
    4. Due to the long lifespan, it is very economical as compared to other types of flooring.
    5. Also provides a good aesthetic look.

     

    See less
    • 44
    • Share
      Share
      • Share on Facebook
      • Share on Twitter
      • Share on LinkedIn
      • Share on WhatsApp
  • 8
  • 2 2 Answers
  • 1,828 Views
  • 0 Followers
Asked: July 10, 2020In: Construction

What are the Advantages and Disadvantages of Robo sand?

Shivan
Shivan

Shivan

  • 9 Questions
  • 0 Answers
  • 0 Best Answers
  • 56 Points
View Profile
Shivan User

What are the advantages and disadvantages of Robo sand?

  1. Komal Bhandakkar

    Komal Bhandakkar

    • 49 Questions
    • 255 Answers
    • 0 Best Answers
    • 2,050 Points
    View Profile
    Komal Bhandakkar AUTHOR
    Added an answer on September 9, 2020 at 1:43 pm
    What are the Advantages and Disadvantages of Robo sand?

    Nowadays, We should start to use M-sand as one of the alternative building construction material so that impacts on the environment will get reduced to some extent. Here, I will be discussing some advantages and disadvantages of manufactured sand. Advantages of manufactured sand : Manufactured sandRead more

    Nowadays,

    We should start to use M-sand as one of the alternative building construction material so that impacts on the environment will get reduced to some extent.

    Here, I will be discussing some advantages and disadvantages of manufactured sand.


    Advantages of manufactured sand :

    • Manufactured sand has a higher fineness modulus index as compared to natural sand
    • It has better abrasion resistance because manufactured sand is free from silt and clay.
    • Lower Permeability
    • Higher unit weights
    • It has very less destructive to our environment because it highly reduces sand mining from the river bed.
    • It has good workability of concrete
    • Higher-strength
    • Greater durability.

    Disadvantages of manufactured sand:

    • Higher cost
    • More requirement of water-cement due to its smooth and angular texture to achieve appropriate workability.
    • Presence of more amount of micro-fine particles that adversely affect on strength and workability of concrete.

     

    See less
    • 46
    • Share
      Share
      • Share on Facebook
      • Share on Twitter
      • Share on LinkedIn
      • Share on WhatsApp
  • 2
  • 2 2 Answers
  • 8,645 Views
  • 0 Followers
Asked: May 26, 2020In: Construction

What are the Physical Tests to be conducted for Fly-Ash at the site?

amr soliman
amr soliman

amr soliman

  • 9 Questions
  • 4 Answers
  • 0 Best Answers
  • 146 Points
View Profile
amr soliman Beginner

What are the physical tests to be conducted for fly ash at the site?

  1. Soumyadeep Halder

    Soumyadeep Halder

    • 0 Questions
    • 29 Answers
    • 2 Best Answers
    • 57 Points
    View Profile
    Soumyadeep Halder User
    Added an answer on June 18, 2020 at 12:35 pm

    The physical tests to be conducted for fly ash at the site The intensity of these processes depends largely on the ash fineness (particle size and particle size distribution) so that the pozzolanic reactivity increases with the specific surface of the ash. International standard ASTM C 311 describesRead more

    The physical tests to be conducted for fly ash at the site

    The intensity of these processes depends largely on
    the ash fineness (particle size and particle size
    distribution) so that the pozzolanic reactivity increases
    with the specific surface of the ash. International standard
    ASTM C 311 describes the procedures of chemical and
    physical methods for characterization of fly ash, and
    standard ASTM C 618 provides chemical and physical
    criteria related to classification.

    all samples of ash that were for seven days exposed in a
    humid environment contains a substantial amount of
    amorphous glassy-matter, but also crystal phase of
    feldspar, melilite, mullite, very little anhydrite and
    quartz is present. In the specimens that were
    subjected for 28 days besides the already mentioned
    minerals a trace of calcite occurs in the sample;

     

    See less
    • 0
    • Share
      Share
      • Share on Facebook
      • Share on Twitter
      • Share on LinkedIn
      • Share on WhatsApp
  • 2
  • 2 2 Answers
  • 1,536 Views
  • 0 Followers
Asked: July 7, 2020In: Construction

when to reject ready mixed concrete on-site according to its strengths?

lei
lei

lei

  • 2 Questions
  • 0 Answers
  • 0 Best Answers
  • 30 Points
View Profile
lei User

when to reject ready mixed concrete on-site according to its strengths? such as: 5000 psi – 10000psi Is slump test can be enough basis?

  1. aviratdhodare

    aviratdhodare

    • 37 Questions
    • 252 Answers
    • 0 Best Answers
    • 480 Points
    View Profile
    aviratdhodare
    Added an answer on September 10, 2020 at 11:59 pm

    Talking of RMC than the designation Mix is certified on the supply challan. Further in case of doubt you can seek copy of the design mix formula followed. As regards slump test it is simply done to check the workability so as to ensure that delay in supply has not stiffened it which can create problRead more

    Talking of RMC than the designation Mix is certified on the supply challan. Further in case of doubt you can seek copy of the design mix formula followed. As regards slump test it is simply done to check the workability so as to ensure that delay in supply has not stiffened it which can create problems of flow into moulds. Strength is known after 7/8 days of casting which you can randomly do @45 cum of a lot.

    See less
    • 33
    • Share
      Share
      • Share on Facebook
      • Share on Twitter
      • Share on LinkedIn
      • Share on WhatsApp
  • 0
  • 3 3 Answers
  • 2,692 Views
  • 0 Followers
Asked: July 23, 2020In: Construction

Which size of aggregate used in RCC structure?

Vivek Patel
Vivek Patel

Vivek Patel

  • 39 Questions
  • 80 Answers
  • 1 Best Answer
  • 6 Points
View Profile
Vivek Patel User

Which size of aggregate used in RCC structure?

  1. nikeetasharma

    nikeetasharma

    • 23 Questions
    • 303 Answers
    • 0 Best Answers
    • 2,680 Points
    View Profile
    nikeetasharma Guru
    Added an answer on October 1, 2020 at 8:18 pm

    Generally the most appropriate size of aggregate used in RCC structure is 20mm. It gives more strength to the structure.

    Generally the most appropriate size of aggregate used in RCC structure is 20mm. It gives more strength to the structure.

    See less
    • 33
    • Share
      Share
      • Share on Facebook
      • Share on Twitter
      • Share on LinkedIn
      • Share on WhatsApp
  • 4
  • 8 8 Answers
  • 24,758 Views
  • 0 Followers
Asked: September 22, 2020In: Construction

What is the substitute material of ballast at railway track?

Komal Bhandakkar
Komal Bhandakkar

Komal Bhandakkar

  • 49 Questions
  • 255 Answers
  • 0 Best Answers
  • 2,050 Points
View Profile
Komal Bhandakkar AUTHOR

What is the substitute material of ballast at railway track?

  1. AdityaBhandakkar

    AdityaBhandakkar

    • 12 Questions
    • 250 Answers
    • 2 Best Answers
    • 0 Points
    View Profile
    AdityaBhandakkar User
    Added an answer on September 25, 2020 at 4:04 pm
    What is the substitute material of ballast at railway track?

    Hi, Ballast types depend upon the traffic and spacing and size of ties. The following are the materials used as a substitute for ballast : Ballast is a base for rails that are made up of stone used to hold the railway track on its position when loading from the railway's impact on the railway track.Read more

    Hi,

    Ballast types depend upon the traffic and spacing and size of ties.

    The following are the materials used as a substitute for ballast :

    Ballast is a base for rails that are made up of stone used to hold the railway track on its position when loading from the railway’s impact on the railway track.

    • Now it is instead of stone a cement concrete ballast is used. It has a long life and High durability.
    • In ancient days, wood ballast was used.
    • Steel sections are also used as a ballast for railways tracks.
    See less
    • 44
    • Share
      Share
      • Share on Facebook
      • Share on Twitter
      • Share on LinkedIn
      • Share on WhatsApp
  • 30
  • 1 1 Answer
  • 872 Views
  • 0 Followers
Load More Questions

Sidebar

Explore

  • Questions
  • Ask Questions
  • Write for us
  • Artificial Intelligence
  • Sustainability
  • Building
    • Brick Masonry
    • Building Materials
    • Building Tips
    • Formwork/Shuttering
  • Concrete
    • Concrete Admixtures
    • Cement
    • Concrete Cracks
    • Concrete Properties
  • Construction
    • Construction Equipments
    • Construction Management
    • Construction Project
    • Estimating & Costing
  • How To Guide
    • Material Estimation
    • Repair/Protection Guide
    • Material Testing Guide
    • Mix Design Guide
    • Rate Analysis
  • Geotechnical
    • Foundation Engineering
    • Ground Improvement
  • Structural Engineering
    • Strengthening of Structure
    • Structual Inspection
    • Structural Detailing
  • Surveying
  • Tips

Footer

  • Ask Questions
  • Write for us
  • Popular Questions
  • Facebook
  • Instagram
  • Twitter
  • Telegram

© 2009-2021 The Constructor. All Rights Reserved.