Index
1.
AIR BUBBLE LUBRICATION –SHIP’S MAGIC CARPET
2.
AUTOMATION IN MARINE ELECTRICALS AND ELECTRONICS
3.
ENERGY
HARVESTING TECHINIQUES
4. ENVIRONMENTAL AND SOCIAL IMPACTS OF PROPOSED CAPITAL
DREDGING OFF ROYAPURAM FISHING HARBOUR
5. FLOATING
STRUCTURE TECHNOLOGY
6. HIGH VOLTAGE APPLICATIONS IN INDUSTRIES AND
TRANSPORTATION
7. HIGH VOLTAGE APPLICATIONS IN INDUSTRIES &
TRANSPORTATION
8. IMPACT OF ADVANCED TECHNOLOGY
ON HUMAN LIFE
9.
IMPACTS OF ADVANCED TECHNOLOGIES ON HUMAN LIFE
10. IMPACT OF SATELLITE IN COMMUNICATION
11. REDUCTION OF SHIP WEIGHT USING ALUMINIUM FOAM
12. SATELLITES COMMUNICATION: PRESENT AND FUTURE
13. SMART MATERIAL FOR SMART FUTURE
14. SMART
MATERIALS FOR SMART
FUTURE
15. SMART
MATERIALS & SMART SYSTEMS
16. SMART MATERIALS FOR SMART FUTURE:BUCKYPAPER
17. SMART MATERIALS FOR SMART FUTURE
18. UNDERWATER NOISE POLLUTION DUE TO MERCHANT
VESSELS – CAUSES, IMPACT AND ITS MITIGATION
19. WORLD TECHNICAL VISION 2040 - THINK WILD
20.
BLOCK CONSTRUCTION OF SHIP
21.
ROBOTIC HULL PROTECTION
22.
HIGH VOLTAGE APPLICATIONS IN INDUSTRIES AND TRANSPORTATION
23.
Book Of Abstracts
1.
Title:
AIR BUBBLE
LUBRICATION –SHIP’S MAGIC CARPET
Author:
CDT.SHREYAS DESAI
CDT.TADALA VIVEK
CDT. PARITOSH MANJREKAR
Abstract:
It is desired to provide an air lubrication
system of an outer installation type with a good efficiency. An air recovering
device includes a recovery side chamber provided on a bottom of a ship on a
stern side from an air ejecting device which supplies air bubbles to the ship
bottom, and comprising air intake holes formed in a portion of the recovery
side chamber opposite to the ship bottom through a gap; and a recovering
section recovering air inside a recovery side chamber. The air bubbles acquired
from the air intake holes are once accumulated inside the recovery side chamber
to generate pushing pressure occurs so that air can be smoothly recovered from the
recovering section
2.
Title:
AUTOMATION IN
MARINE ELECTRICALS AND ELECTRONICS
Author:
Z.NABEEL
AHAMED, M.J.PAVITHRRA RAAUJ
DEPARTMENT
OF MARINE ENGINEERING
Institute:
G.K.M COLLEGE OF ENGINEERING & TECHNOLOGY
Abstract:
The main motive of the work is the
development of a control system, power management system capable to improve the
system robustness to avoid blackout, handle major power system faults, minimize
the operational cost and keep the power system machinery components under
minimal stress in all operational conditions. Today, the electric marine power
system tends to have more system functionality implemented in integrated
automation systems , steering gear , speed control , fire control , power, auto
voltage regulation ,accuracy , reliability and precision are such opportunities
in which automation has helped a lot in bringing out positive results. Unmanned
Ships are the present day technology that helps in minimum man power to run
entire ship making work easy and fast . It eliminates continuous supervision on
the machines. An automated system may have a limited level of intelligence, and
is therefore more susceptible to committing errors outside of its immediate
scope of knowledge. Hence Automation has brought out innumerable oppurtunities for development on the other hand it also has
considerable effect on the mankind giving less chance for utilization of man
power.
3.
Title:
ENERGY HARVESTING TECHINIQUES
Author:
PRAVIN KUMAR MISHRA
RAHUL SHARMA
ASHISH KUMAR
ANURAG CHAKRAVARTY
Institute:
C.V. RAMAN COLLEGE OF ENGINEERING - (BHUBANESWAR)
Abstract:
Generation of electricity onboard involves
diesel engine driven alternators, turbo alternators and storage batteries .In
future there will be considerable shortage of fuel .which will lead to shifting
of main source of power to alternate sources of power, then piezoelectric cell
could play a significant role for catering the power requirements as these kind
of sources can reduce the power load significantly for main power source.
4.
Title:
ENVIRONMENTAL AND SOCIAL IMPACTS OF PROPOSED CAPITAL
DREDGING OFF ROYAPURAM FISHING HARBOUR
Author:
K. BALAMURUGAN
U. SARAVANAN
Institute:
INSTITUTE
FOR OCEAN MANAGEMENT, ANNA UNIVERSITY, CHENNAI-600 025, INDIA. NATIONAL CENTER FOR SUSTAINABLE COASTAL
MANAGEMENT, ANNA UNIVERSITY,CHENNAI – 600 025, INDIA
Abstract :
The capital dredging activities can cause
degradation of marine water quality and disturb the sea bed morphology
(rearrange the sediment pattern) in the Royapuram
fishing harbour area. Since it is extremely important that for any dredging
operation should have an effective environmental assessment before it’s placed
on proposed site. The present study will
focus on the impacts of the proposed capital dredging and disposal of dredge
materials on the marine ecology and the environment. The study also focuses the
socio-economic impacts of the port development and its ancillerally
developmental activities.
5. Title:
FLOATING
STRUCTURE TECHNOLOGY
Author:
CADET ABHINAV
AGASTYA
Institute:
TOLANI
MARITIME INSTITUTE INDURI,
TALEGAON DABHADE PUNE- 410507
Abstract:
Climate change, sea level rise, population
growth and ongoing urbanization will result in higher vulnerability of the
coastlines because it will result in increased flooding frequency, increasing
investments and increased use of water, energy and other resources.
Conventional urbanization increases the risk of damage to the environment. This
study presents a more self-supporting, concept of urbanization in the coastal
region and open seas that will contribute to further economic and technological
development of coastal cities and countries. It uses local water and energy
resources instead of external resources. These revolutionizing regions will
also attract knowledge intensive hi-tech companies as well as highly skilled
workers.
6. Title:
HIGH VOLTAGE APPLICATIONS IN INDUSTRIES AND
TRANSPORTATION
Author:
KELVIN D ALMEDA AND RAM KESHAV
Abstract:
Silicon
based high voltage semiconductor devices continue to play a major role in
megawatt power electronics conversion especially in the fields of traction drives,
industrial applications and grid systems. The main development trend of power
devices has always been focused on increasing the power ratings while improving
the overall device performance in terms of reduced losses, increased
robustness, better controllability and reliable behavior
under normal and fault conditions. The paper focuses on ultra-high voltage
devices for applications in industries, which include power generation using
the superconducting generators and the use of the ultra-modern superconducting
motors for various applications. It describes the use of superconductors,
specifically the use of high temperature superconductors (HTS) in applications
of transport. This has its applications in the magnetic levitation (maglev)
propulsion system, which in the near future would be used in trains and ships.
Our paper briefly discusses the ‘superconducting electromagnetic
propulsion’ technology that is under research for the use in ships.Major improvements in technology and applications are expected to bring a
renaissance of superconductivity during the next 10–15 years. This will be
based not on incremental progress in the existing technologies like MRI and HTS
(high temperature superconductors), but rather on a radical breakthrough in a
different, highly attractive and rapidly growing industry; clean energy,
electronics, communications, transportation, defense,
space and beyond are all set to take a giant leap into the future.
7. Title:
HIGH VOLTAGE APPLICATIONS IN INDUSTRIES &
TRANSPORTATION
Author:
CADET AKSHAY SHARMA
CADET SAMRAT KOTHARI
CADET VIKASH KHALIYAV
Institute:
R.L. INSTITUTE OF NAUTICAL SCIENCES,MADURAI,
TN
Abstract:
This paper aims to elucidate the vast and
varied high voltage applications in our industries and transportation. Despite the fact that a wide range of high voltage
devices with attractive electrical characteristics exist, higher power and
superior overall performance remain as the main targets for satisfying the
demands of new high power system designs. Modern Technology
has enabled the construction of bigger machinery, ships and installations, and
their designers have installed High Voltage equipment to handle the massive
power requirements. With backing
of unprecedented network of power generation and distribution, scaling to even
higher spectrums of technological advancements has been possible. High voltage
technology is related to issues of design, manufacture, packing, testing,
failure analysis and others. This paper thus summarizes the introduction to
high voltage applications used for different purposes under broad categories of
scientific uses, Food Processing, Material treatment and Testing, Mining and
Transportation.
8. Title:
IMPACT OF ADVANCED TECHNOLOGY
ON HUMAN LIFE
Author:
SHREEYASAWALE
Institute:
MKSSS'S
CUMMINS COLLEGE FOR WOMEN, PUNE
Abstract:
Technology is invading every area of our
personal and professional lives.My purpose for this presentation is to highlight the
overview of do's and don'ts of impact of advanced technology on mankind. Technological development has provided human history with
a kind of directionality. This paper sketches
the Technological advancements
which have shown substantial growth concerned with each and every field of
humanity whether it be the communication systems, astronomy, nuclear powers,
medical fields, automobiles, electronic devices of daily usage or the
computers.
9. Title:
IMPACTS OF ADVANCED
TECHNOLOGIES ON HUMAN LIFE
Author:
CDT.JAVVAJI PRADEEP KUMAR ,
CDT.PAWAN KUMAR
PANDE \
CDT.G.KRISHNA MOHAN KUMAR
Institute:
R.L.INSTITUTE OF
NAUTICAL SCIENCES
Abstract:
In the
past thirty years humanity has moved into a digital era where billions of
people are connected via an ever advancing technological boom. Technological
growth has led to changes in the ways in which humans communicate with one
another and we are connecting in new ways on both physiological and emotional
levels. New neural pathways are created as a result of using the internet and
new relationships are being formed more quickly and by different avenues. This paper brings together four largely disconnected
lines — that on Transportation, Communication, Health,
Safety which shows a tremendous impact
on humans both mentally and physically. The burden of this paper
is to point out the fundamental importance of technology in human life and to
prove that "Technology is a key element of life". But technology can be used for good or for ill,
therefore The paper also keeps a bird's eye view on the widespread fear of
technology ,lack of appreciation on its enormous positive side.
10. Title:
IMPACT OF SATELLITE IN COMMUNICATION
Author:
SAURAB KR PANDEY
AKAH VERMA
SUSHOBHAN SHIT
BHAJANLAL JENA
Abstract :
Before satellites, transmission were difficult or
impossible at long distances. Satellites are in orbit, the signals can be sent
instantaneously into space and then redirected to another satellite or directly
to their destination. The signals which travel in straight line could not bend
around the round earth to reach a destination far away. Previously polar
satellites were used for the communication system but it will not so helpful in
communication because can not provide continuous
viewing of one location process because signal only transmitted along the poles
and for the communication along the equator we have to use a satellite which
revolve around the equator that's why communication satellites whose time
period is equal to the time period of the earth. It will give the perfect
communication process.
REDUCTION
OF SHIP WEIGHT USING ALUMINIUM FOAM
Author:
EUGENE
FONSECA (201137TP174)
SATEJ
JOSHI (201137TP198)
AMEY
PESHWE (201137TP130)
Maximising vessel utilizationby
improving cargo carrying capacity while adhering to safety and environmental
standards has always been the aim of the shipping industry.
To achieve this aim, numerous projects have been done primarily centred on
increasing the engine power, increasing the size of the ship, reducing the drag
and so on, however the avenue of reduction in ship weight has been neglected.
This paper focuses on a new concept that is
the reduction of ship weight by the use of an aluminium foam sandwich.Aluminium foam is a type of metal foam known for
its interesting combinations of physical and mechanical properties such as high
stiffness in conjunction with very low specific weight and high compression
strengths combined with good energy absorption characteristics.
This paper will attempt to convince the
reader by analysing a sample hatch cover for its strength, weight and
deflection. This paper has been backed up with Finite Element Modelling (FEM)
to prove that aluminium foam sandwich is a viable alternative to steel.
12. Title:
SATELLITES COMMUNICATION: PRESENT AND FUTURE
Author:
CDT. AVIJITSHARMA
CDT. HIMANSHUSHARMA
CDT. ASHUTOSHPATEL
Abstract:
In the last fifty years, satellites played a
key role in the growth of global communications and grew to a mega industry,
enabling breakthroughs like intercontinental telephony, live television from
remote regions,broadcasting of television channels,
global positioning and reliable data network. Satellite technologies in recent
past has seen a significant leap in advancement like Multi-spot beams allowing
much higher throughput at lower cost and more efficiently. Thus there is need
to look into the existing available satellitecommunication
technologies to harness the optimum from this mega resource. This paper aims at
analysing the Use of Satellites in Communication Technology.
13. Title:
SMART MATERIAL FOR SMART FUTURE
Author:
G.VINOTH
KUMAR
K.SATHEESH BABU
Institute:
NOORUL ISLAM UNIVERSITY
THUCKALAY, KANYAKUMARI DIST., TAMILNADU
Abstract:
Smart Materials are still at the research and
development stage and depend on potential applications to justify further
investment in their commercial development. They may provide solutions to
existing problems or new technical possibilities that would otherwise not be
feasible. Some smart material applications already exist in marine which is
generally regarded as conservative in adopting new materials and technologies.
Other sectors such as the automotive, aerospace, railway and construction
industries are more adventurous and have more experience of smart materials
that could be adapted for marine applications. Smart materials considered here
are Piezoelectric and Shape memory alloys.
The
simplest definition of piezoelectric materials can be obtained by first
breaking the word into two ( piezo and electric).
Piezo is from the Greek word piezein that means to press tightly or
squeeze. Combining piezein with
electric we have ‘‘squeeze electricity.’’
Piezoelectric materials generate an electric
field along their surface when subject to mechanical stress which are used for
Noise, vibration and damping control using variable rate materials in engine
and machinery mountings.
Shape memory alloys (SMAs) are metals that
"remember" their original shapes. Nickel-titanium alloys have been
found to be the most useful of all SMAs. Other shape memory alloys include copper-aluminum-nickel, copper-zinc-aluminum, and iron- manganese-silicon alloys. SMAs are useful for such
things as actuators which are materials that "change shape, stiffness,
position, natural frequency, and other mechanical characteristics in response
to temperature or electromagnetic fields. SMAs
are
used as vibration absorber and also as shape controller or self repairing.
14. Title:
SMART
MATERIALS FOR SMART
FUTURE
Author:
HEMANT KUMAR
SAURABH KUMAR
ARINDAM BHATTACHARYA
PRADEEP KUMAR
RAJPUT
Institute:
C.V.RAMAN COLLEGE OF ENGINEERING
Abstract:
The problem with modern diesel engine are:
·
Mechanical
efficiency limits between 40-45%.
·
Nox Sox emission.
·
Depletion
of non-renewable energy resource.
·
Increased
vibration, wear and tear in mechanical parts causing power loss.
·
Decreasing
cargo carrying capacity due to large engine room space.
The associated problems with diesel engine
can be overcome by introducing compact size superconductor electrical machinefor
all electric,diesel electric, turbo electric
propulsion system.Superconductor electrical machines
have numerous advantages over conventional copper coil wound electrical
machines.
15. Title:
Author:
CDT. TANVEER SINGH BHULLAR
CDT. SURENDER SINGH RATHOR
CDT. SHIVENDRA PANDEY
Institute:
THE GREAT EASTERN INSTITUTE OF MARITIME
STUDIES
Abstract:
The world has recently undergone two
materials ages, the plastics age and the
composite age. In the midst of these two ages
a new era has developed. This is
the smart materials era. According to early
definitions, smart materials are materials
those respond to their environments in a
timely manner. Materials that formally have the label of being smart include
piezoelectric materials, electrostrictive materials ,
thermo responsive materials, pH-sensitive materials, ultraviolet-(UV) sensitive
materials, smart polymers, smart gels (hydro gels), smart catalysts, and shape
memory alloys.
16. Title:
Author:
CDT. ABHINAV YADAV GODHA (GME)
CDT.
DEVPRASAD OJHA (GME)
Institute:
MANGALORE MARINE COLLEGE
Abstract:
Bucky paper is a thin sheet made from an aggregate of
carbon nanotube. The nanotubes
are approximately 50,000 times thinner than a human hair. Originally, it was
fabricated as a way to handle carbon nanotubes, but
it is also being studied and developed into applications by several research
groups, showing promise as vehicle armor, personal armor, and next-generation electronics and displays.
Buckypaper is a macroscopic aggregate of carbon nanotubes (CNT), or "buckytubes".
It owes its name to the buckminsterfullerene, the 60 carbon fullerene (an allotrope of carbon with similar bonding that
is sometimes referred to as a "Buckyball"
in honor of R.
Buckminster Fuller).
Buckypaper is one tenth the weight yet potentially 500
times stronger than steel when its sheets are stacked to form a composite. It
could disperse heat like brass or steel and it could conduct electricity like
copper or silicon.
In particular, owing to their extraordinary thermal
conductivity and
mechanical and electrical properties, carbon nanotubes find applications as additives to various
structural materials. For instance, nanotubes form a
tiny portion of the material(s) in some (primarily carbon fiber) baseball bats, golf clubs, or car
parts.
Since individual carbon nanotubes
are one of the most thermally
conductive materials
known, buckypaper lends itself to the development of
heat sinks that would allow computers and other electronic equipment to
disperse heat more efficiently than is currently possible. This, in turn, could
lead to even greater advances in electronic miniaturization.
As a smart material for smart future, Bucky
paper can be used in many revolutionary fields like Automobile, Aerospace, Electronics, Medical,
Industrial purposes etc.
17. Title:
SMART MATERIALS FOR SMART FUTURE
Author:
NACHIKET S. DESHMUKH
Institute:
INSTITUTE OF TECHNOLOGY &
RESEARCH,BADNERA- AMRAVATI.
Abstract:
Mankind has been using and developing
materials throughout our history and in many cases advances in our technology
have only arisen because of improvements in materials.Clever adaptation of material properties, crystal structures, phase changes and
architecture at all dimensions have led to a wide variety of materials used as
sensors and/or actuators designed to respond to the environment in a purposeful
way. These materials are called "active or adaptive materials";
however, many are popularly referred to as "smart or intelligent"
materials.
18. Title:
UNDERWATER NOISE POLLUTION DUE TO MERCHANT
VESSELS – CAUSES, IMPACT AND ITS MITIGATION
Author:
CADET SAUMYA SINGH
Institute:
TOLANI MARITIME INSTITUTE
Abstract:
The new era of mechanised waterborne
transport was marked by increased world trade, increased globalisation and also
increased number of vessels. This increased number of vessels with time proved
to be a source of disturbance for the aquatic organisms mainly aquatic mammals
(whales). The noise (predominant amongst all sources- Propeller cavitation) produced by these added to the ambient noise
levels of oceans and in many ways had a very detrimental impact on the species
who were exposed to this. Thus, this became an area of interest for many (both
environmentalists and ship industry) and various methods and techniques are
being researched on for the mitigation of same.
19. Title:
WORLD TECHNICAL VISION 2040 - THINK WILD
Author:
SUDHAKAR SINGH
VIPUL
SHARMA
VIVEK
SRIRAJ TADALA
Institute:
THE
GREAT EASTERN INSTITUTE OF MARITIME STUDIES (LONAVALA)
Abstract:
The operating environment of the future is likely
to be dramatically different from today.
The objective for the vision 2040 is to implement aggressive
improvements in energy efficiency in new ship designs, retrofitting and
operations and to show a way towards a better future – for our own success and
for wider society, with sustainable shipping serving a genuinely sustainable
economy
20. Title:
BLOCK
CONSTRUCTION OF SHIP
Author:
SUJOY DEY SARKAR
RISHABH V. PANDEY
Institute:
TOLANI
MARITIME INSTITUTE TALEGAON-CHAKAN ROAD, INDURI, PUNE,
Abstract:
The
modern advancements in the field of science and technology have helped us allotin variousareas of the
industry, naval architecture is one such area. In this report we would discuss
the fast production of ship by block construction method and its socioeconomic
impact on our country as well as the world. Which has bought a revolution in
this industry; we will give example of Indian company like Pipavav,which
ispursuing these technologies to become best
shipbuilding company in India.
21. Title:
ROBOTIC
HULL PROTECTION
Author:
CDT
V.ARUN
CDT
G.VIVEK
CDT
BINAYAK SHRESTHA
Institute:
G.K.M
COLLEGE OF ENGINEERING & TECHNOLOGY, GKM NAGER, NEW PERUNGALATHUR, CHENNAI
Abstract:
This project will develop a fully automated self navigation, multi-functional platform Hull maintenance robot with an advanced navigation system for marine applications. The device developed will offer a means to undertake hull inspection and Maintenance in dry-dock, in port or at anchor thereby improving the potential safety and environmental impact of vessels. The robotic platform will have an innovative Navigational system that will be cost effective and be an economically viable product. Vessel safety has improved in recent years, however Structural failures continue to occur. Therefore any system which is capable of Hull identification system for marine autonomous robotics Funded under framework monitoring the integrity of the vessels hull will provide a valuable Operational tool.
22. Title:
HIGH VOLTAGE APPLICATIONS IN
INDUSTRIES AND TRANSPORTATION
Author:
CADET ANUBHAV KUMAR,
CADET ANKIT KUMAR SINGH,
CADET SUDAMA KUMAR
Institute:
MARINE ENGINEERING &
RESEARCH INSTITUTE, INDIAN MARITIME UNIVERSITY-MUMBAI CAMPUS, MUMBAI,
MAHARASHTRA
Abstract:
Commercial
ships calling at more and more ports worldwide can now turn off their diesel
engines and tap into cleaner energy sources provided by electrical connections
from shore. The technology to make this possible has been in place for over a
decade. With a global technology standard due to be ratified by three technical
bodies in 2010, high-voltage shore connections will soon get much more
attention. Environmentally-minded ports, governments and ship owners are all
tuning in to the benefits of supplying electricity to ships at berth. Here we
present the challenge, the technical solution and the business case for all
parties involved.This paper will explore the case for
connecting merchant ships to shore-based power, including the expected
benefits, regulations, the technology on ships and on shore, shore based power
standardization and a brief look at the business case as seen from the
perspective of ship owners and port operators. Assertions related to technology
for shore-side electrical connections of ships to shore are based on ABB’s
experience delivering this technology to both ports and ship owners for
approximately a decade.
23.
Title:
CURTAILING THE NEGATIVE EFFECT OF THE MERGING OF SWARM INTELLIGENCE WITH
NANOTECHNOLOGY.
Author:
SUHEL SHARIPH,
ARNAV SHARMA
DHRUV BINDAL
Institute:
DEPARTMENT OF MECHANICAL ENGINEERING
SCHOOL OF ENGINEERING, MANIPAL UNIVERSITY JAIPUR
Abstract:
The
world is on an evolution. An evolution of such type, which is very dynamic. To
make these changes dynamic, certain new technologies are now being developed.
These new technologies are the derived forms of existing technologies.
Certain
combinations of the technologies with certain concepts are now under research
and development which are now at use to keep a sustainable development at a
good pace. These combinations are now at use so that the true potential of
these technologies can be utilised for the promotion of science in the world.
One
such combination that we would like to highlight is the combination of Nano science with Swarm Intelligence.