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AIM: To sketch a G+1 floor residential plan, according to Vaastu Shastra, to list down the names of the structural drawings required to be provided to the site for construction and also by assuming the sizes of the structural elements (Column, Beam, Slab, etc.,) and to calculate the individual corresponding loads from…
KRISHNADAS K DAS
updated on 03 Jun 2021
AIM:
To sketch a G+1 floor residential plan, according to Vaastu Shastra, to list down the names of the structural drawings required to be provided to the site for construction and also by assuming the sizes of the structural elements (Column, Beam, Slab, etc.,) and to calculate the individual corresponding loads from the members as per IS code.
INTRODUCTION:
Vaastu Shastra is an ancient Indian science which capitalizes on the concept of prosperity. It links person’s health and happiness directly with layouts and construction of a building. Promoters of Vastu Shastra propagate that it is most authentic and proven advice science. They say that nature consists of 5 basic elements such as energy of planets, air, water, fire and earth. Each carries its own set of dynamics and with vaastu one’s home and business can be synchronized. As per promoters of shastra it creates a tremendous impact over all facts of life, i.e., health, life, education, thinking, prosperity, marriage and peace of mind. In fact “Vastu Shastra” is the science of the ancient “Vedic Ages” of India under the guidance of which one can construct building of structures on a particular plot of land. For some people these principles are still relevant today also. As per their belief the science of “Vastu Shastra” controls forces of gravity and magnetic power of the earth.
One often thinks about how Vastu Shastra works and not enough about how they can benefit from the same. Here are some of the biggest benefits derived from Vastu Shastra to become successful:
NORTH, EAST, WEST and SOUTH
NORTHEAST, NORTH WEST, SOUTH EAST and SOUTH WEST
North –Wealth
South –Dharma
West –Prosperity
East – Prosperity
Basic principles of vaastu shastra are as follows
Auspicious directions
Gateway (entrance) of the House:
Drawing Room:
Kitchen:
To improve the Vastu of your kitchen and ensure a healthy life for your family:
Bedroom:
Bedrooms are a place for rest and repose and should have soothing wall colors for a peaceful aura. Remember to:
Study Room:
A place where your child needs his/her full concentration! Even if you do not have a separate study room, these basic dos need to be kept in mind:
OBJECTIVE:
The objectives of the project is categorized into three parts as follows
Part I: To sketch a G+1 floor residential plan, according to Vaastu Shastra
Part II: To list down the names of the structural drawings required to be provided to the site for construction.
Part III: To assume the sizes of the structural elements (Column, Beam, Slab, etc.,) and to calculate the individual corresponding loads from the members as per IS code.
Part I: To sketch a G+1 floor residential plan, according to Vaastu Shastra
Rooms that was designed as per the vaastu shastra are as follows
Entrance or gateway | EAST |
Prayer/ puja room | NORTH EAST |
Toilets | SOUTH |
Master bedroom | SOUTH WEST |
Staircase | NORTH WEST |
Living room | EAST |
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|
Part II: To list down the names of the structural drawings required to be provided to the site for construction.
The important structural drawings for a structural drawing is as follows:
Part III: To assume the sizes of the structural elements (Column, Beam, Slab, etc.,) and to calculate the individual corresponding loads from the members as per IS code.
Structural dimensions for the given layout is as follows |
|
Columns |
300x300 mm |
Beams |
300x450 mm |
Slab thickness |
125mm |
Wall thickness |
230 mm |
Height of GF |
300 mm |
Height of 1st floor |
300 mm |
|
|
Dead load calculations |
|
a)Column |
|
Column dimension |
.3x.3 m |
Height of column |
2x slab thickness + 2x height of wall for each floor 2x .125 + 2x3 =6.25 m |
Total volume of concrete |
0.3x.3x6.25=.562 m3 |
Unit weight of concrete (RCC) |
25 KN/ m3 |
Dead load on column |
Volume of column x Unit weight of concrete 25x .562= 14.06 KN |
|
|
b)Beam |
|
d)Dimensions of beam |
(0.3x0.45) m |
Total volume of concrete |
0.3x0.45x1 =.135 m3 |
Unit weight of concrete (RCC) |
25 KN/ m3 |
Dead load on beam |
Volume of beam x Unit weight of concrete 25x .135= 3.375 KN/m |
|
|
c)slab |
|
Area of slab |
(1x1) m |
Slab thickness |
125mm |
Total volume of slab |
1x1x.125 =.125 m3 |
Unit weight of concrete (RCC) |
25 KN/ m3 |
Dead load of slab |
.125x25 = 3.125 KN/ m2 |
|
|
d)walls |
|
Wall thickness |
230 m |
Height of wall |
3 m |
Volume of wall |
.23x3 =0.69 |
Unit weight of bricks |
20 KN/ m3 |
Dead load of walls |
Volume of wall x Unit weight of brick 0.69x20 =13.8 KN/ m |
|
|
Live load calculations |
|
According to IS: 875 part 2 for residential buildings the load criteria is as follows |
|
Bed room |
2 KN/ m2 |
Living room |
2 KN/ m2 |
Bathroom |
2 KN/ m2 |
Staircase |
3 KN/ m2 |
kitchen |
2 KN/ m2 |
Puja room |
2 KN/ m2 |
terrace |
3 KN/ m2 |
Storeroom |
3 KN/ m2 |
balcony |
3 KN/ m2 |
|
|
Wind load calculations |
|
According to IS: 875 part 3, wind load is to be considered when the height of building is more than 10 m. As here it is not that case we do not have to consider about wind load. |
Results;
Appendix
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