NASA CONTENT BUILDING FORMAT - TEACHERS REFEREANCE

There are two parts for NASA content building involving :-

PART:-1 = Involving lots of science and Engineering Principles
PART:-2 =Involving imagination , innovation , productive idea
PART:-1 PART:-2
 INTRODUCTION  SOCIAL ASPECTS(SOCIAL
 STRUCTURE INFRASTRUCTURE)
 LIFE SUPPORT  INFRASTRUCTURE AND
 WASTE MANAGENENT OPERATRON
 AUTOMATION AND SERVICE
 REVENUE MAKING
 COST AND SCHUDULE

TITLE PAGE
NAME OF STUDENT CLASS AND SECTION
ARNAV MAHAJAN 8th C3-A
AMAL. K 8th C3-A
ASHLESH 8th C3-A
KAAMNA T.R 8th C3-A
RAGHAV 8th C3-A
ISHAN G.P 8th C3-A
HURAZAIFA 8th C3-A
MADHU KRISHNA 8th C3-B
DEEKSHA 8th C3-B
SHRIKAR RAIKAR 10th C1-A

EXECUTIVE SUMMARY
This project name is “KLOSTIS” which is a Greek word it meaning is “Spinning”.
This name is given as the project looks like a fidget spinner which spines. This
design of project is taken as we wanted the project to be simple and useful for
people .The Project contains one sphere and four capsules and four cylinders
and two torus. This project has torus placed like a Saturn’s ring. So there are
two rings which connect each other .The cylinders are taken as they are like
bridge where it connects habitation zone and the operational zone of the torus
from four sides north-west ,south-west, south-east ,north-east. The capsule are
the evacuation system in our space Colony .The sphere are for the operational
zone such as monitoring , Transportation , Communication etc .
 INDEX
1 INTRODUCTION
1.1 Name of project
1.2 Features of project
1.3 Location of project
1.4 Materials used in project

2 STRUCTURE
2.1 Basic shapes
2.2 Selection of shape and designing of Structure
2.3 Naming parts of structure and Naming Them
2.4 Dimension
2.5 Constructional sequence
2.6 Thruster and booster
2.7 Docking Port
2.8 Symmetry
2.9 Radiation Protection

3 LIFE SUPPORT
3.1 Gravity
3.2 Food
3.3 Water
3.4 Air
3.5 Temperature
3.6 Day, Night and seasons
3.7 Education
3.8 Entertainment
3.9 Atmosphere
3.10 Robots

4 Waste Management
4.1 Recycle
4.2 Hazardous waste
4.3 Solid waste
4.4 Gaseous waste
4.5 Residential waste

5 SOCIAL INFRASTRUCTURE
5.1 Population
5.2 Government
 5.3 Judiciary
5.4 Constitution
6 INFRASTRICTURE AND OPERATION
6.1 Residential and agriculture
6.2 Food units
6.3 Labs
6.4 Controlling units

7 AUTOMATION AND SERVICES

7.1 Education
7.2 Health care
7.3 Recreation and Entertainment
7.4 Automation and design

8 REVENUE MAKING
8.1 Industries
8.2 Business

9 COST AND SCHEDULE

9.1 Cost of materials
9.2 Cost of construction
9.3 Cost of internal infrastructure
9.4 Cost of operation
9.5 Cost of automation
9.6 Cost of Employments
9.7 Cost of Entertainment and Recreation facility

Bibliography

ACKNOLADGEMENT
We would like to thank our parents to allow us for this project and the teachers
and the Head incharge of NSS space settlements contest for giving this
opportunity to compete with other projects .

CH-1 INTRODUCTION
What is a space? The answer for it is space is the combination of gases, planet
and collection of stars. A space is an almost a perfect vacuum nearly void of
matter and with low pressure. Nobody know how big is the space. The space
combines and make a universe and combination of universe is multiverse. The
universe was created due to the big bang theory and many universe is created .
1.1 NAME OF PROJECT
Our project is SPACE COLONY . The name of this project is KLOSTIS which is a
Greek word meaning spinning. This name is given as the project looks like
fidget spinner .
1.2 FEATURES OF PROJECT
Our project wants to give people living in the space Colony these features:-
 New technology
 More space for them to stay comfortable
 Allowing them to do all the works
 More people can stay in a space Colony
 Build the space with updated and new technology
 Many more such Features
1.3 LOCATION
There are three places in the space where we can locate our space Colony they
are:-
LEO:-lower Earth orbit( up to 2000 km)
MEO:-Middle Earth orbit( up to 20000 km)
GEO:- geo stationary Earth orbit( up to 20000 km to 36000 km)

PROS CONS
Transportation from Speed is very high(-
Earth to settlement and speed of ISS/ 8 km hour
vice versa is very easy and is 150 km away
from Earth)
In case of emergency Settlement might get
evacuation settlement infected with space
can be done easily and debris
can reach Earth easily

Pros and Cons of LEO, MEO, GEO

LEO:-

MEO:-
PROS CONS
Transportation from Speed is high but less
Earth to settlement is compared to Leo
quite easy

Collection on uses of In case of emergency

materials from earth is evacuation from
quite easy settlement not easy
from Leo
GEO:-
PROS CONS
We are in in the vicinity Transportation is too
of Earth complex

Lagrange point
There are five types of Lagrange points they are L1 , L2, L3, L4, L5

L1:- This is 1.5 million km (932,000 miles) far from the sun
L2:-This is 1.5 million km (1 million miles) far from the sun.
L3:-This is 300 million km(186 million miles) far from from the sun.
L4 :- This is 30 million km(19 million miles) far from from the sun.
L5:-This is 30million km(19 million miles) far from from the sun.

1.4 MATERIALS
Any house are an building or a place where people can live needs material so
that it can be built properly in our space Colony we have many materials they
are:-
Carbon Nanotubes :-this is a type of a tube which is made up of carbon with a
diameter of nanometer range urban nano tubes are utilised in energy storage
device modelling , Automobile parts , boat hots, Sporting goods, water filters
etc. They are 100 times stronger than Steel at one sixth of the weight. They
are used as a whole forming materials which observe light 99.65 percentage
which are further used to prevent gray lights they are also used to increase the
light observing capacity.
Boron nitrate nanotubes:-This is a class of inorganic Naino to with the similar
structure to carbon nanotubes they havecapacity for thermal stability,
electrical insulation, mechanical strength, chemical stability etc they are very
high tensils strength bahut thermal expansion and also can be used in
semiconductor industries useful for radiation shilding.
Graphite:- Is a Crystalline allotropes of element carbongraphite occurs in
standard conditions graphite is used as lubricants for polishing ,brushes for
electric motors and covering reactors .It blocks radiation due to optical
properties it is used to create lighter and impact resident structure it is also
used to allow satellite to control thermal radiation.
Titanium carbide:- this is a very hard refactory ceramic material similar to
tungsten carbide it has appearance of black powder with the sodium chloride
crystal structure has high melting point hardness used as hit Shield coating for
atmospheric entry to spacecraft.
Tungsten:-this is chemical element which is rare Graves white metal that is
naturally found in rock minerals combined with elements it has high melting
point hide and density and height thermal conductivity it is used in x-ray tubes,
high speed tools ,turbine blades ,golf clubs and jewellery this is excellent
material for radiation shielding used to make iconic rings for rocket engines
used for thermal gas reflectors and gas rudders.
Kevlar:-this is a strong heat resistant synthetic fibre related to aramids such as
nomex and technora gives excellent heat resistance, highest , stiffness it is
also used to create friction products and gaskets.
Lead glass:-this is a commonly called crystal as it is a variety of glass which
replaces the calcium contact of typical Potash glass it is high electrical
resistance higher reflex index used for protection of radiation exposureand also
used in radiation shielding.
RTV Adhesive :-this is used to field engine gas kits oil pan and transmission
pan.RTM stands for room temperature vulcanizing .this is a type of silicon gel
which is put to cover up the gap between to the objects its functions and Seal
against moisture or environmental contamints this is long term radiation
resistance.