the commercial future of supersonic civil aircraft

Flying at supersonic speed is also human's dream in civil aviation. Passengers are willing to pay a lot more money to enjoy the luxury that Concord has created. There are numerous development over the years to create another profitable supersonic passenger jet. This project will look into the cost of building such an aircraft, selling price and profitability in today's world. i want the report to include 40 pages discussing the following:E OF CONTENTS DECLARATION STATEMENT ABSTRACT AKNOWLEDMENTS Table of contents List of figures GLOSSARY 1. Historical Background and discussion of the technical challenges 1.1 Speed and Drag 1.2 Engine Efficiency 1.3 Emission and Noise 2. Proposed Technologies 2.1 Technologies proposed by Boom 2.2 Technologies proposed by Spike Aerospace 2.3 Technologies proposed by Lockheed Martin and Aerion 3. Aerodynamics 3.1 Study of different designs 3.2 Supersonic Drag 3.3 Supersonic Laminar Flow 3.4 Flight Altitude/Mach Number/Range Capability 4. Materials 4.1 Fuselage 4.2 Wings 4.3 Landing Gear 4.4 Other Components 5. Engine 5.1 Engine Selection 5.2 Novel Fuel 5.3 Fuel System 6. Avionics 6.1 Battery 6.2 Electric Ground Taxi System 6.3 Flight Controls 7. Evaluation of the potential market 7.1 Analysis of The Global Ticket Market 7.2 Potential Customers 7.3 Calculation of the profit REFERENCES every chapter must be at least 7 pages. chapter 1 and 4 are done so they not required. the aims and objectives of this report is the following:Project Aim: “Investigate the commercial viability for a new supersonic civil aircraft” Objectives: a) To Investigate the technical challenges of supersonic flight as well as the various regulations affecting the development and potential use of this type of aircraft. b) To Evaluate the speed, Range and the runway length. c) To compare and contrast the aerodynamic design of future supersonic aircraft. d) To Evaluate the Sonic Boom and try to reduce it. what are you trying to achieve? e) To Evaluate a suitable engine (by looking at different types of engines for supersonic planes). f) To Evaluate the materials needed for the aircraft across different sections (fuselage, wings and other components). g) To Evaluate the avionics needed for this aircraft. h) Look into the capacity of this aircraft, cabin and potential customers. i) Evaluation of the market potential for supersonic airliners via analysis of the global premium ticket market. j) Carry out mathematical calculations to determine the profit the estimated profit that would be generated from designing such an aircraft.