Top Banner
NUCLEAR POWERED AIRCRAFT CARRIER SUBMITTED BY: AAKASH K. RAVERKAR ABHIMANYU SINGH ABHISHEK BHANDARI ANKIT ABHISHEK ANKIT KUMAR
12

Nuclear Powered Aircraft Carrier

Jun 02, 2017

Download

Documents

SahilMagotra
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Nuclear Powered Aircraft Carrier

NUCLEAR POWERED AIRCRAFT CARRIER

SUBMITTED BY:

AAKASH K. RAVERKAR

ABHIMANYU SINGH

ABHISHEK BHANDARI

ANKIT ABHISHEK

ANKIT KUMAR

Page 2: Nuclear Powered Aircraft Carrier

WHAT IS AN AIRCRAFT CARRIER

Page 3: Nuclear Powered Aircraft Carrier

CONFIGURATION

• Catapult-assisted take-off but arrested-recovery (CATOBAR)

• Short take-off but arrested-recovery (STOBAR)

• Short take-off vertical-landing (STOVL)

• Helicopter Carrier

Page 4: Nuclear Powered Aircraft Carrier

LAND BASED REACTORS & NAVAL REACTORS: DIFFERENCE

• The power of land based reactors is in the range of 3,000 MW; In contrast, a submarine reactor’s power is smaller in the range of the hundreds of MW

• Land based systems use uranium fuel enriched to the 3-5 percent range; Highly enriched fuel at the 93-97 percent level is used in naval reactors.

• Naval Reactors use only Pressurized Water Reactors.

Page 5: Nuclear Powered Aircraft Carrier

COMPOSITION OF ENRICHED FUEL

Page 6: Nuclear Powered Aircraft Carrier

REACTOR CONTAINMENT

• There exists a multitude of naval reactor designs.

• Because of the weight of the power plant and shielding, the reactor and associated steam generation equipment is located at the centre of the ship.

• Watertight bulkheads isolating the reactor components surround it.

• The greater part of the system is housed in a steel containment, preventing any leakage of steam to the atmosphere in case of an accident.

• The containment vessel can withstand a pressure of 13 atm.(Savannah design)

Page 7: Nuclear Powered Aircraft Carrier

SECONDARY SHIELDING

• The secondary shielding consists of concrete, lead, and polyethylene and is positioned at the top of the containment

• . A pre-stressed concrete wall with a thickness of 122 cm surrounds the lower section of the containment.

• This wall rests on a steel cushion. The upper section of the secondary shielding is 15.2 cm of lead to absorb gamma radiation, and 15.2 cm of polyethylene to slow down any neutrons.

• The space between the lead plates is filled with lead wool.

• The lead used in the shielding is cast by a special method preventing the formation of voids and in homogeneities.

Page 8: Nuclear Powered Aircraft Carrier

NEED FOR NUCLEAR POWERED AIRCRAFT CAREER IN INDIA

• The mission of the aircraft carrier force is to provide a credible, sustainable, independent forward presence and a conventional deterrence in peace times.

• In times of crisis, it operates as the cornerstone of joint and/or allied maritime expeditionary forces.

• It operates and support air attacks on enemies, protects friendly forces and engages in sustained independent operations in times of war.

• Presently deployed aircraft carriers run on heavy diesel engines.

• They are smaller in size, less powerful, more fuel consumptive and need constant resupplying.

Page 9: Nuclear Powered Aircraft Carrier

COMPARISON

Page 10: Nuclear Powered Aircraft Carrier
Page 11: Nuclear Powered Aircraft Carrier

PROPOSED VITAL STATS

• Power Plant: Two nuclear reactors, four shafts.

• Length: 1,092 feet.

• Beam: 134 feet.

• Displacement: 97,000 tons at full load.

• Speed: 30 knots, 34.5 miles per hour.

• Aircraft: 85-100

• Crew: 500 officers, 5,000 enlisted.

Page 12: Nuclear Powered Aircraft Carrier

THANK YOU AND HAPPY HUNTING