AERO2358 – UAS Operations AERO2562 – Aircraft and Air Transportation Assignment 1 Semester 1, 2020 AERO2358 – UAS Operations Unclassified School of Engineering School of Engineering Unclassified...

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AERO2358 – UAS Operations AERO2562 – Aircraft and Air Transportation Assignment 1 Semester 1, 2020 AERO2358 – UAS Operations Unclassified School of Engineering School of Engineering Unclassified Status: DRAFT Version: 0.1 DocRef: TRIM Document: RMIT Assignment 1 AERO2562 2018.docx Author: Alex Save Date: 16/03/2018 Page 2 of 4 Introduction Please answer each question featured. Technical questions can be hand written in a neat and legible format and scanned into PDF format. Please compile a SINGLE pdf file for final submission. Multiple files will not be accepted. For any queries please contact the course coordinator [email protected]. Each question has a mark allocation specific to the question. Submission details · Maximum Marks = 150 · Due Week 7 – 20th April 23:59 hours · Submission through Blackboard Portal Questions that require calculation can either be done by hand calcs or through the equation editor in word. Hand calcs must be submitted with the overall assignment. Please scan the calcs if you choose to do it this way however please submit only one document. Multiple documents will not be accepted. Questions 1. Airlines can operate under various forms of business structure. Understanding how airlines work is crucial when entering the Aviation industry. Choose an International Airline and with the aid of books, journals, magazine articles and other resources; · Explain the purpose and objectives of full service network carriers (FSNCs). · Analyse and discuss the business model developed and utilised by the airline in terms of the airline’s operations, fleet types/structures, product/service offerings and route networks. Criteria · Appropriately use the Harvard Reference Style Manual. · Maximum of 1000 words · Present information in a logical, systematic and integrated manner. (30 Marks) 2. A corporate jet operator has recently won a contract to support WA miners to and from Perth. The main requirement is a Fly-in Fly-out mission for the workers in the mine. Choose one mining site for this mission. Compare and contrast 3 competing aircraft for the mission; the Embraer E170, Dash 8 and ATR72. Choose a domestic airport near the mining site and discuss why your aircraft is the most suitable for the job. (30 Marks) ----------------------------------------------------------------------------------------------------------------------------------- Choose one of these 4 aircraft for subsequent assignment questions: · Lockheed C-5 Galaxy · Airbus A380 · Airbus A400 · Boeing 787 3. Identify the specifications of the aircraft, what it is used for and its mission capability. (10 Marks) 4. Focusing on the structure of the wing, describe in detail each individual structural component, their purpose in the design. (10 Marks) 5. Focusing on the fuselage, describe the function of the structural components in detail and why the overall fuselage structure is designed in this way. Include some of the forces the fuselage might experience in flight and how the structure deals with these forces. Discuss with the aid of equations and/or figures to support your answer. (10 Marks) 6. Identify the materials used on the aircraft and describe why they are used in certain areas. (10 Marks) 7. Consider an airplane flying at some real altitude. The outside pressure and temperature are 25,309.00 N/m2 and 221.32 K, respectively. What are the pressure and density altitudes? (Round the final answers for pressure altitude to the nearest whole number and for density altitude to two decimal places). (10 Marks) 8. During a flight test of a new airplane, the pilot radios to the ground that she is in level flight at a standard altitude of 29,500 ft. Determine the ambient air pressure far ahead of the airplane. Consider the data from Appendix B from Andersons on the ISA. (Round the final answer to the nearest whole number. (10 Marks) 9. An approximate analysis of the vehicle motion and aerodynamic heating during atmospheric entry assumes an approximate atmospheric model called the exponential atmosphere, where the air density variation with altitude is assumed to be: .In this equation, ρ0 is the sea-level density, and h is the altitude measured above sea level. This equation is only an approximation for the density variation with altitude throughout the whole atmosphere, but it’s simple form makes it useful for approximate analyses. Using this equation, calculate the density at an altitude of 45.4 km. Given: T = 240 K. (Round the final answer to five decimal places). The density at an altitude of 45.4 km is ........ (10 Marks) 10. Consider an airplane flying at an altitude where the pressure and temperature are 430 lb/ft2 and 389.99°R, respectively. Calculate the density altitudes at which the airplane is flying. (Round the final answer to the nearest whole number). (20 Marks) School of Engineering Document: RMIT Assignment 1 AERO2562 2018.docx Author: Matthew Marino Save Date: 26/11/2019 Page 2 of 4
Answered Same DayApr 16, 2021AERO2358

Answer To: AERO2358 – UAS Operations AERO2562 – Aircraft and Air Transportation Assignment 1 Semester 1, 2020...

Gaurav answered on Apr 26 2021
144 Votes
AERO2358 – UAS Operations
    
    AERO2562 – Aircraft and Air Transportation
Assignment 1
Semester 1, 2020
    AERO2358 – UAS Operations
Unclassified
        
School of Engineering
    
School of Engineering
    
Unclassified
Status: DRAFT
Version: 0.1
DocRef: TRIM
    
Document: RMIT Assignment 1 AERO2562 2018.docx
Author: Alex
Save Date: 04/05/2020
Page 2 of 4
Introduction
Please answer each question featured. Technical questions can be hand written in a neat and legible format and scan
ned into PDF format. Please compile a SINGLE pdf file for final submission. Multiple files will not be accepted. For any queries please contact the course coordinator [email protected].
Each question has a mark allocation specific to the question.
Submission details
· Maximum Marks = 150
· Due Week 7 – 20th April 23:59 hours
· Submission through Blackboard Portal
Questions that require calculation can either be done by hand calcs or through the equation editor in word. Hand calcs must be submitted with the overall assignment. Please scan the calcs if you choose to do it this way however please submit only one document. Multiple documents will not be accepted.
Questions
1. Airlines can operate under various forms of business structure. Understanding how airlines work is crucial when entering the Aviation industry. Choose an International Airline and with the aid of books, journals, magazine articles and other resources;
· Explain the purpose and objectives of full service network carriers (FSNCs).
· Analyse and discuss the business model developed and utilised by the airline in terms of the airline’s operations, fleet types/structures, product/service offerings and route networks.
Criteria
· Appropriately use the Harvard Reference Style Manual.
· Maximum of 1000 words
· Present information in a logical, systematic and integrated manner.
(30 Marks)
Ans1.
FSNCs or Full service network carriers, as the name suggests focus on providing a vast range of services related to air travel like pre-flight, on-boarding, connecting flights etc.
As opposed to LCC (Low cost carriers) they don’t charge for extra services but provide them for free, with charges being included in tickets whether we avail the services or not. Generally Full service carriers have different service classes like economy, business and first class.
FSNCs are more traditional in nature and follow a hub and scope model, while focussing on the strategy of concentrating on major hubs and off-loading peripheral routes (Benitez and Lodewijks, 2008, p. 9).

The incentives to use hub and scope model stem from various commercial and legal reasons. A rise in origin and destinations (O&Ds), also leads to rise in load factors and thus yielding lower unit costs per passenger.
Also with given number of flights airlines can serve more O&D markets via bundling and reallocation of incoming and outgoing airline passengers at the hub airport. Besides hub carriers tend to gain market power on their respective hubs, allowing them to reduce competition and to charge so-called hub premiums. There are several downsides too of hub and scope model like ‘complexity of connecting flights in tight time frames, high capacity utilization during the peaks of arriving and departing flights and consequent delays’ (Analyses of the European air transport market Airline business models, p.9).
Thus FSCNs are characterised by typically large scale and adopt a strategy of differentiation by offering services in bundled form. These include features such as flexibility in flight schedules, in-flight services like on board meals, lounge access, network connectivity and convenience.    
An example of a full service network carrier will be Air New Zealand.
Air New Zealand has a fleet of over 100 aircrafts totalling 114 in total. With operating aircraft sizes varying from Bombardier Q300 to Boeing 777-300, it has vast operational range over both domestic and international market.
Airline follows a hub and scope model with major hubs being Auckland airport, Christchurch international airport and Wellington International airport. Some of the key international markets include United states, Singapore, Hong king and china with competitive advantage being within the Pacific Rim.
Air New Zealand provides passenger and cargo services to, from and within New Zealand. Like other FSCNs it offers a Loyalty programme which has resulted in a membership of over 3 million users with Air New Zealand.
Apart from this, Air New Zealand is in process of cost reductions through a sustainable cost improvement plan. This includes inclusion of more fuel-efficient aircraft providing the airline with an extremely competitive cost structure. Air New Zealand Limited (2020). About Air New Zealand, Retrieved from https://www.airnewzealand.co.nz/about-air-new-zealand.
Reference list:
1. Benitez and Lodewijks, 2008,...
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