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Asked: November 28, 2020In: Construction

what is the height of brickwork after which extra cost for brickwork is provided as per schedule of rates?

Deepak Gautam
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What is the height of brickwork after which an extra cost for brickwork is provided  as per schedule of rates?

  1. aviratdhodare

    aviratdhodare

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    Added an answer on January 5, 2021 at 1:53 pm

    Normally, after three meter from the DPC of ground floor level or one floor which should not be more than 4 m height, contactor can charge for extra height if it is not mentioned in the contract about this .

    Normally, after three meter from the DPC of ground floor level or one floor which should not be more than 4 m height, contactor can charge for extra height if it is not mentioned in the contract about this .

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Asked: November 25, 2017In: Construction

What is difference between Mild steel, HYSD bars, CTD bars and QST bars?

Gopal Mishra
Gopal Mishra

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What is the difference between Mild steel, high yield strength deformed bars, cold twisted deformed bars and QST bars?

  1. aviratdhodare

    aviratdhodare

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    Added an answer on September 12, 2020 at 6:55 pm

    Steel reinforcing bars are used to enhance the tensile strength of concrete though concrete is weak in tension, and its because both have the same coefficient of thermal expansion. Also, structural steel is used as such to construct steel buildings, which is more easier in erection and is having lesRead more

    Steel reinforcing bars are used to enhance the tensile strength of concrete though concrete is weak in tension, and its because both have the same coefficient of thermal expansion. Also, structural steel is used as such to construct steel buildings, which is more easier in erection and is having less strength to weight ratio compared to concrete. Also steel have 100% scrap value.

    MILD STEEL REINFORCING BARS

    The mild steel bars are smooth and round in shape having diameter ranges from 6mm to 50mm used for small scale construction works.

    Mild steel is also known as low carbon steel having 0.1% to 0.25% of carbon. But mild steel is not considered as an alloy steel though it doesn’t contain other elements in it compared to different steel varieties. As carbon content increases, ultimate strength and hardness will increase, but ductility and toughness decreases. Though mild steel contains very little carbon, it is ductile and weldable but having low strength. Also, mild steel is highly prone to corrosion.

    HIGH YIELD STRENGTH DEFORMED BARS

    High yield strength deformed bars (HYSD) are manufactured under heat treatment followed by either heat rolled or cold twisted for shaping.

    HYSD bars moderately resistant to corrosion and the manufacturing process itself cause surface flaws in it. It is heavily weighted, and its transportation cost is high. Residual stress is high and tensile stress is low in HYSD bars that cause deformation.

    THERMO-MECHANICALLY TREATED BARS

    TMT bars are having much more advantages than hysd bars and nowadays hysd bars are not using.

    TMT bars are having a hardened outer core and soft inner core. These bars are passed through water after they get hot rolled, which makes the surface more firm, and the inner core stays warmer itself. Hence core became more ductile, and no deformation process employed like in hysd makes it more strengthened. TMT bars are having soft ferrite-pearlite core with a hard martensitic rim.TMT bars help to reduce steel consumption to 8 to 11% compared to hysd bars. TMT bars are having more corrosion resistive property and is highly flexible than hysd bars. It is highly earthquake resistant with high tensile strength and low residual strength. TMT bars can absorb about 400 to 600°C of heat and highly fire-resistant.

    COLD TWISTED DEFORMED BARS

    The specifications related to CTD bars are provided in IS: 1786–1985. They are commonly known as TOR steel bars.

    TOR is a kind of high adherence steel. TOR bars have surface deformation formed by twisting the steel after lengthening. This imparts high yield strength to steel and furnishes legitimate proper bondage with concrete.TOR is a type of hysd steel, where the steel bars, subsequent to experiencing the required heat treatment process, are cold twisted and distorted.

    QUENCHED AND SELF TEMPERED STEEL

    These are very much similar to TMT bars where annealing is the process which is not conducted for QST steel manufacturing. These have adequate quality and malleability. QST steel bars are also having the same cross-sectional material of soft ferrite-pearlite core with a hard martensitic rim as that of TMT bars.

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Asked: May 21, 2020In: Construction

Which are the Materials used in Low Cost Building?

Harikrishnan Gopakumar
Harikrishnan Gopakumar

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Which are the low-cost materials that are used in the construction of a low-cost house, mainly? From Earthwork, Concrete, DPC, Brick/Stone/Woodwork, Steel Work, Flooring, Plastering, Finishing, etc., which specific low-cost materials can be used for each stage in the construction of ...

  1. aviratdhodare

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    Added an answer on August 12, 2020 at 4:31 pm

    Low-cost building materials not just increment access to perpetual housing for individuals from low and middle class people also in addition contributes towards sustainability, especially when locally accessible structure material is utilized. The materials generally used for modern low-cost construRead more

    Low-cost building materials not just increment access to perpetual housing for individuals from low and middle class people also in addition contributes towards sustainability, especially when locally accessible structure material is utilized.

    The materials generally used for modern low-cost construction are hollow concrete blocks, bamboo, extruded clay bricks, compressed earth bricks, concrete panels, along with non-conventional materials like polymers and recycled composite blocks, as they can decrease constn time significantly. We’ll take a look on types of building materials reasonable for low-cost housing in India.

    1. Bamboo: One of the oldest building materials used by man along with stone and wood, bamboo is utilized even today in rural regions. It is a green structure material, which is extremely famous in India because of its low cost, low weight and strength yet ought to be treated with proper chemicals concoctions to make it termite proof. As India produces almost 50% of the world’s bamboo, houses in seismic zones of the nation are made with bamboo. The material has preferred rigidity over steel and is also fire proof. Recently, corrugated sheets of bamboo have been created, and these are utilized for roofing as specialists believe it to be a perfect substitute for asbestos and galvanized sheets.
    2. Concrete Blocks: Concrete blocks are manufactured at factories as per necessities of house developers. Made by blending Portland cement, water, stone or quartz, these blocks can either be strong or hollow and are commonly lightweight, sturdy and fire proof. These are utilized for the foundation, basement walls and partition walls as their centers can be loaded up with steel rods for improving strength. As they are made of cement, they are termite safe, soundproof and give natural protection against heat and cold.
    3. Prefabricated houses: These are progressively being utilized for meeting necessities of perpetual housing as the expense of normal brick and mortar houses keeps on rising exponentially. These houses are made of parts that are factory fabricated and afterward collected at the house site. The parts incorporate steel outlines, wooden boards, concrete and gypsum for floors alongside factory fabricated doors, windows, ceilings and walls. Contingent upon the necessities, components like wall and ceiling panels, as well as structural steel frames, can be specially designed and afterward amassed. Despite the fact that these materials are about 15% more costly than normally used materials, their significant level of productivity and low work costs cut down the general development costs. They evacuate the requirement for helper exercises like wiring, plumbing and plastering, which are done at the casting stage.
    4. Compressed Earth Bricks: These blocks are created out of soil and r/fed with a blend of lime and cement. Otherwise called adobe bricks, they are lightweight, harmless and fire proof. Compacted earth bricks are thick and for the most part utilized for outside plaster work and are viewed as one of the least expensive among low-cost building materials.
    5. Interlocking bricks: These bricks are structured with a projection on one side and a downturn on the other so they line up with blocks of a comparable sort, similar to a jigsaw puzzle, to make walls. Interlocking bricks are made out of laterite stone powder, cement and rock. They are viewed as green structure materials when contrasted with heated bricks as they dry naturally and are similarly as solid.
    6. Mud bricks reinforced by natural fibres from straw and coconut: This feasible structure material is normally utilized in rural regions to built weatherproof houses as they give both strength and durability. Naturally available fibres like coconut and straw increment the strength and sturdiness of unadulterated soil while a covering of sulphur makes walls waterproof. Different sorts of fiber bricks are made with oat straw, bagasse, corn straw and rice husk, which are mixed with cement to make them corrosion resistant and solid.
    7. Magnesium oxide cement: Also known as ‘eco cement’, this material is made out of a few waste materials however has high sturdiness and requires just 20-40% of the vitality required for the creation of Portland concrete. It doesn’t make any damage to people of houses where it is applied as a maintainable structure material.
    8. Fly ash Hollow bricks: These bricks are utilized for developing load-bearing walls of low ascent structures and made of fly ash, stone powder or sand, slag and cement or gypsum for holding. A few classifications of fly ash bricks are additionally made out of mineral buildup, glass, water, and fly ash and are vitality proficient, water-safe and give natural thermal protection to a low-cost house.
    9. Shipping container houses: Houses made of steel containers are quick getting popularly known among individuals investigating recyclable structure materials. While the littlest one can make a 100 sq ft house, one shall require around 8-9 large containers to set up a 1500 sq ft home with two stories. It’s a cost-effective as a pre-assembled house as the container just should be organized on a ready foundation.
    10. Autoclaved aerated Concrete or AAC: Made out of gypsum, lime, quartz sand, water and aluminum powder, these blocks are built under heat and pressure inside an autoclave as indicated by explicit necessities. The blocks can be utilized for both outside and inside walls and are known to be heat safe and lightweight. The material decreases vitality costs as it is permeable and non-toxic. It is environment safe too as it creates 30% less solid waste in contrast with normally used concrete.
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Asked: July 7, 2020In: Construction

Which are the materials used for making scaffolding?

Wellcaffolding
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Which are the materials used for making scaffolding? and which one is better?

  1. aviratdhodare

    aviratdhodare

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    aviratdhodare
    Added an answer on September 10, 2020 at 11:59 pm

    Plywood with wooden Doca H beams. Steel plates Aluform which uses aluminium frames and various nut assemblies For underground works, PECAFORM. For various assemblies like U Jack, tie rod, tie nuts, scaffoldings, stair tower aluminium and steel is used depending on requirement. Where strength is mainRead more

    1. Plywood with wooden Doca H beams.
    2. Steel plates
    3. Aluform which uses aluminium frames and various nut assemblies
    4. For underground works, PECAFORM.
    5. For various assemblies like U Jack, tie rod, tie nuts, scaffoldings, stair tower aluminium and steel is used depending on requirement. Where strength is main priority steel is used and in case of lightweight assembly like scaffoldings for work platforms, aluminium can be used.

    Generally,

    1. Wooden Planks And Plates.
    2. Playboards
    3. Steel Sheets, Make sure it is mild
    4. GI or corrugated sheets
    5. Require Scaffolding of wooden ballies
    6. Scaffolding of Metal Frames
    7. Scaffolding of Bamboos
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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

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    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…

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Asked: September 22, 2020In: Construction

Bending of longitudinal main bars in column

rickyrt
rickyrt

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Working on a building project in the Philippines, my contractor has just bent the longitudinal bars in the column because the columns were not in alignment at the base. The building is a two storey building with 25cm rebar frame. ...

  1. Kuldeep Singh

    Kuldeep Singh

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    Added an answer on September 23, 2020 at 3:07 pm

    Hi. First of all, it's a common problem. This kind of erratic workmanship often happens and there are ways to correct it although none will guarantee perfection as much as properly aligned coloumns. The site supervisor should have not allowed this to happen in the first place but now there's no choiRead more

    Hi.

    First of all, it’s a common problem. This kind of erratic workmanship often happens and there are ways to correct it although none will guarantee perfection as much as properly aligned coloumns. The site supervisor should have not allowed this to happen in the first place but now there’s no choice left to him.

    Firstly, it is bending moment development you must be worried about more than shear. If not taken care of the eccentricity would have given rise to additional bending moments especially at the critical locations adding up to bending stresses. But, don’t panic. All building codes provide a factor of safety against these things in colomn design though I don’t know the exact number in the Phillipino code. If it’s an eccentricity of a few inches or less than 5%, then you need not worry much and trust the contractor. He must be providing crank bars in the longitudinal reinforcement after bending the bars which is the most common technique. You can see it in the image below.

    It would be very costly and also time consuming to replace the entire colomn. Especially, when the floor slab has been constructed it’s nearly impossible. If the eccentricity is large enough, you should get an expert opinion from an experienced engineer by taking him to site. There are other methods apart from crank bar too.

    Also, the adjustment regarding crank bars also requires additional processes like drilling, putting additional shear reinforcement which I can’t exactly tell. You must talk to the contractor or engineers regarding that.

    Lastly, don’t go willy-nilly with my answer only. It’s there so you get an idea of what’s going on. I haven’t seen the site so I have only limited information. Best would be to have an engineer look at it at the site.

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Asked: June 18, 2020In: Construction

What are the standard dimensions of kitchen, bedroom, drawing room, dining hall, guest’s room TV lounge? 

BILALAJMAL
BILALAJMAL

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What are the standard dimensions of kitchen, bedroom, drawing room, dining hall, guest’s room TV lounge?

  1. aviratdhodare

    aviratdhodare

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    Added an answer on October 28, 2020 at 11:11 pm

    Firstly, there are no std sizes of any room. It is according to the requirements Std sizes of rooms Std size room   Small Medium Large   6’ x 6’ 10’ x 10’ 8’ x 15’ Drawing / Living Room   Small Medium Large 14' x 16' - 18' x 24' 12’ x 18’ 16’ x 20’ 22’ x 28’ Media Room Small Medium LaRead more

    Firstly, there are no std sizes of any room. It is according to the requirements

    Std sizes of rooms

    Std size room  

    Small

    Medium

    Large

     

    6’ x 6’

    10’ x 10’

    8’ x 15’

    Drawing / Living Room  

    Small

    Medium

    Large

    14′ x 16′ – 18′ x 24′

    12’ x 18’

    16’ x 20’

    22’ x 28’

    Media Room Small

    Medium

    Large

    10’ x 14’

    12’ x 16’

    14’ x 20’

    Home Office Small

    Medium

    Large

    8’ x 10’

    12’ x 14’

    14’ x 18’

    Study Room Small

    Medium

    Large

    10’ x 10’

    12’ x 12’

    14’ x 16’

    Bed Room  

    Small

     

    Medium

     

    Large

    10′ x 12′ – 14′ x 16′

     

    10’ x 10’

    12’ x 14’

    12’ x 12’

    14’ x 20’

    14’ x 16’

    16’ x 24’

    Laundry Small

    Medium

    Large

    3’ x 6’

    6’ x 8’

    8’ x 10’

    Guest Room Small

    Medium

    Large

    10′ x 12′

    12’ x 14’

    14’ x 18’

    Verandah   6′ x 10′
    Eating Area Small

    Medium

    Large

    10’ x 10’

    12’ x 12’

    16’ x 16’

    Dining Room  

    Small

    Medium

    Large

    12′ x 14′ – 14′ x 16′

    10’ x 12’

    12’ x 16’

    14’ x 18’

    Kitchen  

    Small

    Medium

    Large

    8′ x 13′ – 10′ x 12′

    5’ x 10’

    10’ x 18’

    12’ x 20’

    Store Room   8′ x 8′ – 10′ x 10′
    Pantry   8′ x 10′
    Bathroom/WC

    Master Bathroom

     

     

     

     

     

    Guest Bathroom

     

     

     

    Combined

    Separate    Bathroom

    WC

    Small

    Medium

    Large

    Small

    Medium

    Large

     

     

     

    6’ x 9’

    8’ x 12’

    10’ x 16’

    5’ x 9’

    6’ x 10’

    7’ x 12’

    4’ x 6’

    4’ x 6’

    4’ x 4’

    Garage  

    Small

    Medium

    Large

    10’ x 16’ – 16’ x 20’

    12’ x 20’ (1 car)

    20’ x 20’ (2 cars)

    24’ x 24’

    Dressing Room   6’ x 6’ – 6’ x 9’
    Recreation Room Small

    Medium

    Large

    12’ x 18’

    16’ x 24’

    18’ x 30’

     

     

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Asked: July 15, 2020In: Construction

Why is Traverse Surveying used in Road Projects?

fathima
fathima

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Why is Traverse Surveying used in Road Projects?

  1. nikeetasharma

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    Added an answer on November 12, 2020 at 8:56 pm

    Traverse surveying is a method to establish control networks. Traverse networks involve placing survey stations along a line or path of travel, and then using the previously surveyed points as a base for observing the next point. There are two types of traverse surveying , they are: 1. Closed traverRead more

    Traverse surveying is a method to establish control networks. Traverse networks involve placing survey stations along a line or path of travel, and then using the previously surveyed points as a base for observing the next point.

    There are two types of traverse surveying , they are:

    1. Closed traverse: When the lines form a circuit that ends at the starting point, it is known as a closed traverse.

    2. Open traverse: When the lines form a circuit ends elsewhere except the starting point, it is said to be an open traverse.

    So, for the construction of road projects open traverse is used because in this we can extend roads for infinite distances.

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