caculator

Brick Masonry Calculator | Clay Brick Calculator | Brick Calculator

Brick Masonry Calculator IS 1077

Brick Masonry Calculation

Unit

Length

meter

Height / Depth

meter

Wall Thickness

Ratio

Size of Brick

Length

Width

Height

Total Bricks required

3758

Volume of Construction

7.52 m³ OR 265.43 ft³

Sr.	Material	Unit
1	Bricks	3758
2	Cement	15 Bags
3	Sand	2.99 ton

Bricks masonry calculation

Step 1 :
$Volume o f B r i c k M a s o n r y = L e n g t h (m) \times D e p t h (m) \times W a l l T h i c k n e s s (m)$
$V o l u m e o f B r i c k M a s o n r y = 30.63 \times 1.07 \times 0.23$
$V o l u m e o f B r i c k M a s o n r y = 7.52 m^{3}$

$B r i c k S i z e = 19 (cm) \times 9 (cm) \times 9 (cm)$
$B r i c k S i z e = (19 / 100) \times (9 / 100) \times (9 / 100)$
$B r i c k S i z e = 0.19 (m) \times 0.09 (m) \times 0.09 (m)$

$S i z e o f B r i c k w i t h M o r t a r = (0.19 + 0.01) \times (0.09 + 0.01) \times (0.09 + 0.01)$ $S i z e o f B r i c k w i t h M o r t a r = 0.20 (m) \times 0.10 (m) \times 0.10 (m)$

$N o o f B r i c k s = \frac{V o l u m e o f B r i c k M a n s o n a r y}{V o l u m e o f o n e B r i c k}$

$N o o f B r i c k s = \frac{7.5161 m^{3}}{0.20 \times 0.10 \times 0.10}$

$N o o f B r i c k s = 3758 B r i c k s$

$A c t u a l V o l u m e o f B r i c k s M o r t a r = N o o f B r i c k s \times V o l u m e o f B r i c k W i t h o u t M o r t a r$
$A c t u a l V o l u m e o f B r i c k s M o r t a r = 3758 \times (0.1900 \times 0.0900 \times 0.0900)$
$A c t u a l V o l u m e o f B r i c k s M o r t a r = 3758 \times 0.0015$
$A c t u a l V o l u m e o f B r i c k s M o r t a r = 5.7836 m^{3}$

$Q u a n t i t y o f M o r t a r = V o l u m e o f B r i c k M a n s o n a r y - A c t u a l V o l u m e o f B r i c k s w i t h o u t m o r t a r$
$Q u a n t i t y o f M o r t a r = 7.5161 - 5.7836$
$Q u a n t i t y o f M o r t a r = 1.7325 m^{3}$
Add 15% more for wastage, Non - uniform thickness of mortar joins

$Q u a n t i t y o f M o r t a r = 1.7325 + (1.7325 \times \frac{15}{100})$
$Q u a n t i t y o f M o r t a r = 1.9923$
Add 25% more for Dry Volume
$Q u a n t i t y o f M o r t a r = 1.9923 + (1.9923 \times \frac{25}{100})$
$Q u a n t i t y o f M o r t a r = 2.4904 m^{3}$

Step 2 :
Amount of Cement
$\frac{Cement}{Sum of Ratio} \times Qauntity Of Mortar$

$C e m e n t = \frac{1}{5} \times 2.4904$
$C e m e n t = 0.4981 m^{3}$
1 Bag of Cement = 0.035 m³
$N o f o C e m e n t B a g s = \frac{0.4981}{0.035}$

$N o 0 f C e m e n t B a g s = 712 k g$

Step 3 :
Amount of Sand Required
$\frac{Sand}{Sum of Ratio} \times Qauntity Of Mortar$

$S a n d = \frac{4}{5} \times 2.4904$

$S a n d = 1.9923 m^{3}$
By Considering dry loose bulk density of sand 1500 kg/m3
$S a n d = 1.99 \times 1500$

$Sand = 2988.49 k g$

What is Bricks Masonry calculation?

A brick Masonry is building material used to make walls, pavements and other elements in masonry Construction. Traditionally, the term brick referred to a unit composed of clay, but it is now used to denote rectangular units made of clay-bearing soil, sand, and lime, or concrete materials. The need to build highly durable high-rise structures was the motivation for fired brick manufacturing. bricks Masonry have been widely preferred as a building material because of their high compressive strength, durability, fire and weathering resistance, and thermal and sound insulation. A lot of variety exists in RCC and there are different types of RCC

Bricks Masonry Calculation

$V o l u m e o f B r i c k M a s o n r y = L e n g t h (m) \times D e p t h (m) \times W a l l T h i c k n e s s$

$B r i c k S i z e = B r i c k L e n g t h \times B r i c k W i d t h \times B r i c k H e i g h t$

$N o o f B r i c k s = \frac{V o l u m e o f B r i c k M a n s o n r y}{V o l u m e o f o n e B r i c k}$

$A c t u a l V o l u m e o f B r i c k s M o r t a r = N o o f B r i c k s \times V o l u m e o f B r i c k W i t h o u t M o r t a r$

$Q u a n t i t y o f M o r t a r = V o l u m e o f B r i c k M a n s o n r y - A c t u a l V o l u m e o f B r i c k s W i t h o u t M o r t a r$

Where,

m³(Cubic meter) and ft³(Cubic feet) is a total area.
Here 1:5 ratio so 1 is part of cement and 5 is a part of sand 6 is total ofcement and sand
0.002 is volume of bricks with cement and sand.
0.0015 Volume of brick without cement and sand Answer we get is with water so we get mortar.
0.035 is volume of one cement bag.
1500 is volume conversion m³ to kg.
Length and breadth in meter/cm.

Note:
1 m³ = 35.3147 ft³

What are the important bricks masonry?

Clay bricks expand or contract with increases or decreases in moisture content. In addition, they undergo long-term irreversible expansion due to adsorption of water vapor from the atmosphere. The rate of irreversible expansion is initially high but decreases with age. Concrete blocks, stone and mortar expand or contract with changes in moisture content but, unlike clay bricks, they undergo long-term drying shrinkage.