Efficiency in material ordering and concrete calculator, building material, Mineral products emissions, Architects
Efficiency in Material Ordering and Concrete Calculator
10 January 2024
Concrete is an essential construction material prepared by a mixture of cement, sand, and water. Sometimes crushed stone and gravel are also included in the concrete mixture. When ordering material it is necessary to know how much concrete is required for the project.
You can estimate the concrete quantity for different shapes like circular, rectangular, square, etc.
Ordering precisely according to your needs can save a lot of money during a project. It also reduces the carrying and storing costs of the project. Just in time ordering assists the project manager in saving cost and time. When there is no storing and carrying cost during the project. Then you can meet all the cost estimation projections in construction projects.
How to Calculate Concrete Quantity?
It is not as difficult to calculate the quantity of concrete. When it is possible to calculate the quantity of concrete then it is easy to order precisely. Just in-time ordering of concrete can save a lot of cost and money and hence be able to reduce project costs. When ordering concrete material then add the length and width of the concrete to the free concrete calculator. To know how much construction material is needed for a specific project.
Example:
Let’s suppose a contractor needs 5000 circular concrete slabs. The diameter of each slab is 2 ft and the depth of each slab is 5 inches. Then calculate how much concrete is required for 5000 concrete tiles. Suppose the cost of each circular concrete slab is $ 0.5. Then what is the total cost of a concrete slab?
Given:
Number of circular tiles = 5000 slabs
Diameter of Slab = 2 ft
Depth of Slab = 5 inches
Required Concrete =?
Solution:
Now
Diameter of circular Slab = 2 ft
Then
Radius = 2/2= 1 ft
Area(ft^2) = 3.14[Diameter/2]^2
Area(ft^2) = 3.14[Radius]^2
Area(ft^2) = 3.14[1]^2
Area(ft^2) = 3.14 ft^2
Volume of concrete(ft^3) = (Depth)(Area)
Volume of concrete(ft^3) = (5)(3.14)
Volume of concrete(ft^3) = 15.14 ft^3
Concrete for rounded slab = 15.14 ft^3
Required Concrete for 5000 slabs = (15.14 ft^3)(5000)
Required Concrete for 5000 slabs = 75,700 ft^3
Total cost of circular slabs = ($ 0.5)(5,000)
Total cost of circular slabs = $ 2,500
Benefits of Concrete Calculator
There are different benefits of using online tools for estimating concrete quantity and cost.
Project Planning
The online tool assists in finding the right mix ratio of cement, gravel, and sand. Thus it is easy to order the quantity of each material. Determine the quality and cost of each material and order precisely what is required during a specific period.
Material Ordering Cost
Ordering cost is a key factor in managing the overall cost of materials. Every project needs surety about financial assistance. When a business can manage the ordering and caring costs of a project. Then it is easy to complete the project just in time
Adaptability to Changes
When using online tools then it is easy to adjust concrete quantities based on project dimensions. There can be a certain change in the thickness of concrete due to a circumstance. The whole calculation may alter from time to time. But when you are using an online tool then it is easy to adjust to the changes.
Smart Decision Making
The concrete circle calculator enables managers to make well-informed decision making. You can optimize the utilization of material and its cost. The other thing is the SMART(Specific, Measurable, Attainable, Realistic, and Timely) project. This provides sufficient ground for managers to make well informed decisions for a construction project.
Conclusion
A concrete calculator is essential to knowing the ordering cost and carrying cost. The whole construction project depended on placing orders for materials. If you know the length of various activities and how long materials are going to be lost. Then it is easy to place an order just in time. Concrete is one of the major commodities for a construction project.
Efficiency in Material Ordering and Concrete Calculator information received January 2024
Climate Change – Sustainable Architecture
A seleciton of recent climate change posts on e-architect:
Concrete – Delivering beyond net Zero
Net Zero Carbon Buildings Standard
Difference between carbon neutrality and net zero
Sustainable Architecture: Climate Change
UN Climate Change Conference Paris Deal
Sustainable Architecture – Population Growth Drives Housing Crisis
Climate Change Resource
Some useful links:
Population Matters Convention on Biodiversity
image courtesy of Population Matters
image courtesy of Population Matters
Population needs to be at the core of discussions on how we are going to combat climate change, and part of the solutions.
Construction Climate Challenge
Climate Change Global Warming Research Report – BBC news link
Home on the Pacific Coast of Costa Rica – light touch in nature, using timber, looks sustainable, is it truly?
photo courtesy of architects
Handmade bricks in Uganda, locally sourced materials saves on transport, thus pollution:
photo © Article 25
Sustainable architecture aims to reduce the adverse effect of human activities on our world, particularly climate change.
Sustainable Buildings : Brief informal discussion re some of the issues
Sustainable Architecture Links
DTI Low Carbon Buildings Programme: www.lowcarbonbuildings.org.uk – offline when checked on 1 May 2023
Greener Homes & Buildings: www.ghbullard.co.uk
Guidance on procuring higher recycled content in construction: www.wrap.org.uk
Forest Stewardship Council – FSC: www.fsc.org
BREEAM: www.breeam.com
Healthy Building Network: www.healthybuilding.net
Sustainable Build: www.sustainablebuild.co.uk
Avaaz campaign: https://secure.avaaz.org/campaign/en/the_planet_is_dying_b/
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