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Brass ka Funda

Dear  Friends ,
 
Overview :
Although in a previous article , we have seen the use of the term brass in context of various measurements at site , let us understand the term in new background with fresh examples .
 
 
Questions :
In this article , we shall answer the following questions :
1. What is the meaning of Brass ?
2. How do we measure the Brass ?
3.If the rates given are in Brass , how do we convert this into CuM and vice versa ?
4. Some tips for accurate measurements of the Brass at the site
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Introduction :
The term Brass is numeric . Just like Dozen means 12 , the term Brass means 100 .
This term is used only when the measurements are in British units .
It is used both for area ( Sqft .) and Volume ( CFt ).
Example in Area ( British units ):
Suppose one slab measures 80′ long and is 40′ wide.
The area is 90′ X 40′  = 3200 Sqft.
So , we shall say that the slab area is 3200/100 = 32 Brass.
 
Example in Volume ( British units ):
Assume that there is a truck carrying sand .
The dimensions of the truck are :
15 ‘ long , 8′ wide and the depth of sand is 3’. ( measured by a rod )
The volume of the sand shall be 15 ‘ X 8’ x 3 ‘ = 360 CFt.
So , we shall say that the volume of sand in the truck is :
3600/100 = 36 Brass.
 
Remember that this term is not used with reference to Metric units .
 
Example in Area ( Metric units ):
 
Let us assume that there is a slab of length :8 M and width 4m.
The area of the slab is : 8M x 4 m = 32 SqM.
We can say that the slab area is 32 SqM and shall not say this in Brass.
But someone insists that this area ( 32 SqM ) be expressed in Brass , we proceed as follows :
Step 01 : Convert this area into sqft.
32 SqM x 10.76 Sqft. = 344.32 Sqft.
Step 02 : Divide this area by 100 to express it in Brass.
344.32/100 = 3.44 Brass.
 
Thus , we can say that a slab of  32 SqM.( 8M x 4 m  )is actually 3.44 brass.
Or , we can also say that 1 Brass ( = 32/3.44 ) = 9.302 SqM
 
Example in Volume ( Metric units ):
 
1.Suppose a supplier quotes the rate of sand as Rs.6000 per Brass.
This means 6000/100 = Rs.60 per Cft.
We know that 1CuM = 35.29 Cft.
Therefore , the rate  shall be  60 x 35.29 = Rs.2117.4 per CuM
 
2. Suppose we get a rate of aggregate as Rs, 1500 per CuM and this has to be expressed in Brass.
How do we proceed ?
Step 01 : Convert this into per Cft.
Rs.1500 per CuM means 1500 / 35.29 = 42.504 Rs./Cft.
Therefore , the rate per Brass shall be 42.504 X 100 = 4250.4 Rs./Brass .
 
Practice questions :
1. What is the area in Brass for a floor of size 140′ X 25′ ?
 ( Answer : 35 Brass )
2. What is the volume of a truck of dimensions : 18′ X 8′ x 5′ ?
( Answer : 72 Brass )
3. Express the rate Rs.4500 per Brass into per CuM ?
( Answer : 1588.05 per CuM )
4. Express the rate Rs.2500 per CuM into per Brass ?
( Answer : 7084.16  per Brass  )
 
Friends , hope you have now correctly understood the concept behind the Brass in a practical way.
 
The more often you use this , the better you shall understand this .
 
All the best !
 
 
 
 
 
 
 
 
 

Heart to heart

Dear Readers ,

You represent 23 countries.

You may be a student , a professional or just a curious onlooker.

It is sure that you are some where connected to the family of construction.

With this post you shall find the author’s  email id.

Do send Photographs pertaining to construction in your countries.

Just imagine what a great source of information and inspiration it shall become when these photographs are centrally published on this blog  and each visitor gets benefited through added insights about construction practices across the world.

Please don’t forget to write down the details of the photographs or                                                                 any specific aspects you want the readers to notice .

Author intends to use those photographs in the subsequent blogs with appropriate topics and hence please send only those photographs which are free from any copyright hurdles.

Although it  might be stating the obvious , still let me say :

Since this is a social cause , please don’t expect any compensation whatsoever for your contributions except may be a ” Thank you so much ” .

{ Am I forgetting something ? Yeah…the credit shall certainly be given to you in the post where that photograph is published }

Looking ahead for your active contributions.

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Walking  the Talk

Overview:

Who does not appreciate a well maintained house ? Similarly a properly kept construction site not only delights the prospective customers but is also highly recommended to avert accidents on site and it also promotes the effectiveness of the operating team.
This article takes you through a photo journey to get inspired from the commendable practices followed at various sites.

1.Be safe and be on the guard:

Barricades :

Excavated pits
Don’t peep into lift pits
Mystery of Open ducts 

LOOK AT THE HELMETS WORN BY THE FEMALE WORKERS. HELMET HAS A SPECIAL PROVISION TO SECURE THE BUCKET ON IT.
LOOK AT THE HELMETS WORN BY THE FEMALE WORKERS.
HELMET HAS A SPECIAL PROVISION TO SECURE THE BUCKET ON IT.

Piles bored but not cast yet ?
Water tanks

LIFT DUCTS PROPERLY SAFE GUARDED BY HONEY COMB MASONRY IN AAC BLAOCKS
LIFT DUCTS PROPERLY SAFE GUARDED BY HONEY COMB MASONRY IN AAC BLAOCKS

Safety nets on each floor
Helmets for everyone

IMG_3626
Entry restricted to authorised persons
Site enclosed all round ?

MATERIAL HOIST . BEEPING SOUND AND A FLICKERING LIGHT IS A MUST
MATERIAL HOIST .
BEEPING SOUND AND A FLICKERING LIGHT IS A MUST

Watchman at the gate ?
What about Safety shoes ?
Safety belt misplaced ?
Things thrown from upper floors ?
Passerby safe ?

SAFETY NETS ON THE PERIPHERY OF THE SLAB
SAFETY NETS ON THE PERIPHERY OF THE SLAB
Dowels for columns on terrace:

Don’t lean over Parapets

2.Keep things neat & clean:

Slippery staircase ?
Jump over Wooden scrap ?
Nail in the toe ?

3.Hygiene:
No ponds near water tank ?
Toilets on the site:
Ladies toilet ?
Gents ?

4.Electrical connections:

Cabling on wooden ballies
Electrical cable properly connected ?

5.Stability:
Braces to vertical props?
No loose ballies ?

6.Moving equipments:
alarm ?
Flickering lamp ?

MOVING VEHICLES AT SIT ALWAYS POSE SAFETY HAZARDS.
MOVING VEHICLES AT SIT ALWAYS POSE SAFETY HAZARDS.

Cranes
Dumpers

Picture3
Excavators
Hoists

UNPLANNED MOVEMENTS NEED TO BE RESTRICTED AT SITE
UNPLANNED MOVEMENTS NEED TO BE RESTRICTED AT SITE

7.Inflammable materials: Quarantined ?
Diesel
Petrol
Kerosene
Thinners
Paint material

8.Children of the workmen ?

Day care

Paid Nanny takes care of the kids
Enclosure for kids

STAIRCASES BECOME SLIPPERY DUE TO SAND & WATER. NEED TO KEEP THEM SAFE
STAIRCASES BECOME SLIPPERY DUE TO SAND & WATER.
NEED TO KEEP THEM SAFE