• Skip to primary navigation
  • Skip to main content
  • Skip to primary sidebar
  • Skip to footer
Civil Sir

Civil Sir

A to Z Civil Guides

Search Here...


  • Brick
  • RCC
  • Tile
  • Cement
  • Concrete

How many bricks are there in 100CFT | brick calculation in CFT

How many bricks are there in 100CFT | brick calculation in CFT, hi guys in this article we know about how many bricks are used in 100 cubic feet brick wall and brick calculation in CFT.

As we know brickwork is measured in cubic feet and cubic metre. Brickwork is masonry work produced by a bricklayer, using bricks and cement mortar. Generally rows of bricks called courses are laid on top of one another to build up a structure such as a brick wall.

In this topic we have talked about number of bricks in 100 cubic feet,as we know Bricks have different size than AAC block, generally AAC Block bigger in size then red clay brick. In India there is two size types of bricks are used in construction. Indian modular size brick have 8″ × 4″ × 4″ dimension and other size of brick 9″ × 4.5″ × 3″.

How many bricks are there in 100 CFT | brick calculation in CFT
How many bricks are there in 100 CFT | brick calculation in CFT

Brick calculation in CFT is proceed by dividing total volume of brickwork by volume of one brick with mortar, generally thickness of mortar in brickwork is 10 to 12 mm.

How many bricks are there in 100CFT

In this calculation we have to find number of bricks in 100 cubic feet, and how many bricks in 100 CFT, let us follow different steps for brick calculation in CFT.

● Step 1 : volume of 1 brick without mortar: we use brick size 9″ × 4.5″ × 3″ in brickwork. We have to calculate Volume of one brick,for this first we convert brick size in in foot by dividing 12, so volume of one brick is equal to = 9″/12 × 4.5″/12 × 3″/12 = 0.75’×0.375’×0.25 = 0.0703 cft (cubic feet), so volume of 1 brick = 0.0703 cft.

● Step 2: number of bricks without mortar: we have given volume of brick = 100cft, then number of brick in 100CFT without mortar is calculated by dividing total volume of brick by volume of one brick, so number of bricks in 100CFT without mortar = total volume of brick/volume of 1 brick = 100/0.0703 = 1422 nos, so 1422 nos bricks are there in 100CFT without mortar.

ALSO READ :-

How many bricks do I need to build a normal house

How many bricks do i need for a 12’×12′ Patio

How many bricks do i need for a 10’×10′ (100 sq ft) Patio

How many bricks are required for 1000 sq ft Patio or brick wall

How many bricks in 1 square feet | Brick size

How many bricks in 100 square feet | 10′ × 10′ brickwall

How many bricks required for 12×12 room size

how many bricks in 100 square feet brick wall

How many bricks are required in 1 brass ?

How many bricks required for 1000 square feet house & brick wall

How many bricks are there in 100CFT | brick calculation in CFT

● Step 3: volume of brick with mortar: consider thickness of cement mortar is 0.4 inch (10mm) in brickwork. Adding thickness of mortar in brick size we get 9.4″ × 4.9″ × 3.4″, now volume of brick with mortar = 9.4″/12 × 4.9″/12 × 3.4″/12 = 0.0904 cft.

● Step 4:- number of bricks with mortar: number of bricks in 100 cubic feet with mortar is calculated by dividing the total volume of brick by volume of one brick with mortar = 100cft/0.0904cft = 1106 nos, considering 5% wastage of brick, then 5% of 1106 =55 nos, so total number of brick used in 100 CFT brickwork = 1106 + 55 = 1161 nos.

Now question is how many bricks are there in 100CFT? Their answer will be following:

● Ans. 1161 nos bricks are there used in 100cft.

#summary:

●1) 1161 nos bricks are there used in 100 CFT brickwork with mortar

● 2) 1422 nos bricks are there used in 100 CFT without mortar.

◆You Can Follow me on Facebook and Subscribe our Youtube Channel

You should also visits:-

1)what is concrete and its types and properties

2) concrete quantity calculation for staircase and its formula

More Important Posts:―

  1. Compressive and tensile stresses in structural members
  2. Types of concrete grade and their strength as per Australian Standard (AS)
  3. Rough opening size for a window
  4. Minimum & standard size of concrete slab, beam, column and foundation
  5. How far can a double 10″, 12″, 14″, 16″ & 18″ lvl beam span

Reader Interactions

Leave a Reply Cancel reply

Your email address will not be published. Required fields are marked *

Primary Sidebar

Categories

  • AAC block (19)
  • Asphalt (1)
  • beam (6)
  • board (2)
  • Brick (61)
  • Cement (105)
  • Cement test types (2)
  • Compressive strength (10)
  • Concrete (294)
  • deck (6)
  • door (1)
  • drywall (20)
  • feet (1)
  • flooring (17)
  • gallon (1)
  • garage (2)
  • garage door (1)
  • gravel (6)
  • joists (8)
  • Land measurement (20)
  • mulch (2)
  • Paint/ putty calculator (21)
  • plywood (3)
  • Rate Analysis for civil work (2)
  • RCC (171)
  • Road/ highway (13)
  • Roof slab (41)
  • sand (2)
  • siding (17)
  • soil (1)
  • Soil mechanic (10)
  • span (9)
  • Tile (32)
  • Uncategorized (825)
  • wallpaper (5)
  • Weight of Steel (50)
  • सिविल नॉलेज इन हिंदी (19)

Recent Posts

  • How far can a 2×10 ceiling joist span without support
  • How far can a 2×8 ceiling joist span without support
  • How far can a 2×6 ceiling joist span without support
  • How far can a 2×4 ceiling joist span without support

Popular Post

How far can a 2×10 ceiling joist span without support

How far can a 2×10 ceiling joist span without support…

How far can a 2×8 ceiling joist span without support

How far can a 2×8 ceiling joist span without support…

How far can a 2×6 ceiling joist span without support

How far can a 2×6 ceiling joist span without support…

How far can a 2×4 ceiling joist span without support

How far can a 2×4 ceiling joist span without support…

How far can a 2x12 rafter span without support

How far can a 2×12 rafter span without support…

How far can a 2x8 rafter span without support

How far can a 2×8 rafter span without support…

Footer

About Us

At CivilSir, we share all the information related to civil engineering. So if you are a civil engineering student this is the best platform where you can improve your knowledge.

Newsletter

To get update of latest post signup below by giving you email address.

Follow Us

DMCA.com Protection Status

Copyright © 2023 CivilSir About Us Guest PostContact usPrivacy policySitemap