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Asked: August 14, 2020In: Construction

What kind of cement would you use for completing the project with less budget and without compromising on the quality?

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What kind of cement would you use for completing the project with less budget and without compromising on the quality?

  1. aviratdhodare

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    Added an answer on September 7, 2020 at 6:13 pm

    (FYI : PPC is environment friendly as it consists fly ash in some specific percentages by parts, which is a waste product of burnt coal, usually collected from thermal power plants) OPC (m53) attains strength in a shorter time, while PPC (m43) takes longer. OPC therefore dries more quickly, but prodRead more

    (FYI : PPC is environment friendly as it consists fly ash in some specific percentages by parts, which is a waste product of burnt coal, usually collected from thermal power plants)

    OPC (m53) attains strength in a shorter time, while PPC (m43) takes longer.
    OPC therefore dries more quickly, but produces more heat during chemical reaction during which it gains strength, as compared to PPC
    Faster is the drying process, more is the risk of cracking of cement, and therefore it need more care and more amount of water for curing in a lesser time.
    PPC on the other hand can attain strength equal to OPC, but takes a longer time.

    For a building slab, PPC is more widely used since it requires less care.
    The strength depends on design mix (the water cement and aggregate ratio) more than type of cement.

    so essentially, If you need construction to take place faster and have means for good curing, you may use OPC.
    But if you need better quality and strength in less effort, use PPC.

    It still depends on the structure’s design requirements and a structural designer’s advice is to be followed.

    Hope this helps, but do consult an engineer before using any type of cement.
    Building construction is a responsible job and needs to be done safely and one must adhere to engineer’s specifications.

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Asked: May 14, 2020In: Construction

Form work stripping time Vs Compressive strength of Concrete

Seshachalam Chamarthy
Seshachalam Chamarthy

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Dear all, I would like to know the any graph or relation ship between form work stripping time vs compressive strength of concrete. As per IS 456: 2000 Amendment 5 mentioned the form work stripping duration for different type of structures. But I ...

  1. Kuldeep Singh

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    Added an answer on July 7, 2020 at 1:03 pm

    Hello there Me. Chamarhy! I read the complete thread and I understand that you haven't exactly got the answer you are looking for. Well, that's partly because you are slightly misinterpreting cl. 11.3 of IS 456 (2000). It says that formwork must not be removed until concrete gains at least twice theRead more

    Hello there Me. Chamarhy! I read the complete thread and I understand that you haven’t exactly got the answer you are looking for. Well, that’s partly because you are slightly misinterpreting cl. 11.3 of IS 456 (2000). It says that formwork must not be removed until concrete gains at least twice the strength it needs to stand the stresses it will experience during formwork removal. Now, if you look carefully, this doesn’t mean that the code has given this advice with concrete’s final compressive strength in view. It is solely there for the safety of the structural member during formwork removal. 

    The table within that clause, says that for ordinary conditions (OPC is used, ambient temperatures >= 15°C, adequate curing is done), these stripping times for the concrete to reach that above mentioned strength will be so and so for so and so types of formwork. It is not talking about the compressive strength of concrete.

    Apparently there is indeed no specific mathematical relationship between the formwork stripping time and the final (28 days) compressive strength. This guideline is solely for the protection of concrete during formwork removal. Obviously concrete gains strength the better the better it’s cured. So, if someone wishes to strip early and begin curing early, the code is trying to advice against it. Furthermore, concrete indeed attains strength in direct proportionality with the quality control in production, the quality of the materials and the adequacy of curing. As far as I think, there could be only a little implication that concrete gains strength well if it retains heat in very early age and formwork does insulate the concrete. But that’s not much important because you can’t wail too long to strip formwork so that you can start curing when it’s the right time.

    Now, the next point is the theoretical or experimental evidence that you are seeking. I’d like to humbly tell you that the table in 11.3 which claims that these are the times for achieving double the strength requirement for formwork stripping must indeed be based on experimental data. It is easy to model the stresses induced at the time of stripping. Now, the strength of concrete within formwork can also be estimated via pull out test and a few non destructive tests. You can Google ‘concrete strength tests during maturity period’ and it’ll pop up with a number of papers and articles. The pull out test for instance, corellates the compressive strength to the force required to pull out a core of specific shape and size, in a specific way from the maturing concrete.

    To conclude, the code is not talking about a relationship between removal time and the compressive strength. It’s only talking about the corelation between removal time and the strength at that very time of formwork removal, for which, experimental evidence has long been found.

    Sorry for a long explanation. But, I’ll be more than pleased if it clears your doubt. Thank you!

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Asked: July 24, 2020In: Construction

What is a Floor Area Ratio (FAR)?

DevilAVRT
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What is a Floor Area Ratio (FAR)?

  1. aviratdhodare

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    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
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Asked: July 7, 2020In: Construction

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

lei
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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

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    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.

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Asked: July 28, 2020In: Construction

What are the criteria/requirements to become a Government approved valuator ?

dbnalawade
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What are the criteria/requirements to become a Government approved valuator ?

  1. Komal Bhandakkar

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    Added an answer on September 12, 2020 at 8:15 pm
    What are the criteria/requirements to become a Government approved valuator ?

    First of all, let's discuss what exactly the meaning of government-approved valuer. Government-approved valuer : The value was may be individual or partnership introduce your company would be essentially required to be registered with authority specified by the central government. Most Important InfRead more

    First of all,

    let’s discuss what exactly the meaning of government-approved valuer.


    Government-approved valuer :

    • The value was may be individual or partnership introduce your company would be essentially required to be registered with authority specified by the central government.

    Most Important Information :

    • The registered valuers should be a member of the registered valuer’s Organisations( RVOs), that are recognised by the authority.

    Not coming towards, how to become a government valuer.

    In India, three categories of registered valuers. They are as follows ;

    • Land and Building Valuer
    • Plant and Machinery Valuer
    • Securities or Financial Assets Valuer

    Here, I mainly concentrate on the step number one that is eligibility criteria of the candidate who wish to become a government valuer in detail.

    STEP I – QUALIFICATION AND EXPERIENCE :

    As per rule 4,( Annexure-IV) of the companies (registered valuers and valuation) Rules, 2017 an individual shall have the following qualification and experience to be eligible for registration as registered valuer :

    1. UG + 5 years post qualification experience, or
    2. PG + 3 years post qualification experience, or
    3. Membership of a professional Institute + three years post-grad qualification experience

    Other eligibility criteria as under:

    • A person is not a minor
    • A person should be resident in India(As per clause V of section 2 (foreign exchange management act, 1999{ 42 of 1999})
    • A person is mentally and physically fit.
    • A person has not been levied a penalty under section 271J of Income Tax Act, 1961 (43 of 1961).

    I hope so your doubt regard in the first step is clear. Thank you for asking a question.

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Asked: February 7, 2020In: Construction

how to construct through laser screed machine

laser-screed
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Laser screed machine is developed according to the increasing demand of modern industrial plant, large shopping mall, warehouse and other large area cement concrete ground for ground quality, such as strength, flatness, levelness, etc. It has the characteristics of good ...

  1. AdityaBhandakkar

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    Added an answer on October 11, 2020 at 1:27 pm
    This answer was edited.
    how to construct through laser screed machine

    Hi, I would like to add more information. Features of laser screed technology building constructions are it has highly precise the laser technology with including closed-loop control technology and a hydraulic system under automatic control and gives accurate construction. The levelling head is equiRead more

    Hi, I would like to add more information. Features of laser screed technology building constructions are

    1. it has highly precise the laser technology with including closed-loop control technology and a hydraulic system under automatic control and gives accurate construction.
    2. The levelling head is equipped with a design integrated scrapper, flat plate with a vibrator, why should we use precisely accurate measurements.
    3. It can automatically be able to control the longitudinal and transverse gradient, which is driven by the laser technology, computer-aided systems, hydraulic type of systems and mechanical system
    4. The 3D special-shaped ground can process in the very complicated type of ground easily.

     

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Asked: June 18, 2020In: Construction

How to prepare post construction checks, concrete checklist, form work checklist, reinforcement, height work permission, other checklist, etc ?

pooj p
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How to prepare post construction checks, concrete checklist, form work checklist, reinforcement, height work permission, other checklist, etc ?

  1. Komal Bhandakkar

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    Added an answer on November 17, 2020 at 3:33 pm
    This answer was edited.

    Here, I will be discussing some useful checklist especially used for storage & cleaning of formwork. Useful checklist used for storage & cleaning of formwork:   Using a sufficient stiff brush, the formwork should be cleaned after removal. So that dirt, dust, stubborn bits of concrete will beRead more

    Here, I will be discussing some useful checklist especially used for storage & cleaning of formwork.

    Useful checklist used for storage & cleaning of formwork:

     

    1. Using a sufficient stiff brush, the formwork should be cleaned after removal. So that dirt, dust, stubborn bits of concrete will be removed easily.
    2. Before storing, the uncoated & timber surface should be coated using a release agent.
    3. For avoiding corrosion, the steel formwork should be coated lightly with oil.
    4. Before storage, the damaged formwork should be repaired.
    5. Extra care should be taken while storing a plywood sheet & panel. They should be stored on a perfectly horizontal level platform.
    6. For protecting the surface, the panel should be placed face to face.
    7. The storage area should be well ventilated & it is protected from the rain.

    Thank You.

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Asked: July 13, 2020In: Construction

Which type of foundation should be used in Coastal Area and Sloping ground?

DevilAVRT
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Which type of foundation should be used in the places such as i) Coastal Area ii) Sloping ground

  1. AdityaBhandakkar

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    Added an answer on October 11, 2020 at 1:27 pm
    This answer was edited.

    Hi, Raised Foundations(RF) Raised type of foundations is used in coastal areas because receives large amounts of rain to flooding. RF requires crucial planning because they are able to support the home and walls also provide protection from moisture. 2 types of RF: 1.Pier & Beam raised foundatioRead more

    Hi,

    Raised Foundations(RF) Raised type of foundations is used in coastal areas because receives large amounts of rain to flooding. RF requires crucial planning because they are able to support the home and walls also provide protection from moisture. 2 types of RF:

    1.Pier & Beam raised foundation

    2. Stem wall raised foundation

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