Aerospace Engineering Homework Help
Aerospace is an advanced human effort in science , business and engineering to fly into the outer space. Aerospace engineering is dedicated to building advanced aircrafts which can fly in outer space with or without a human payload. The branch is broadly divided into two categories:-
- Aeronautical Engineering
- Astronautical Engineering.
Aerospace engineers work round the clock to develop control system for jet fighters and analyze new materials for space craft manufacturing. The basic idea is to create the best possible aerodynamic machine which can withstand the extreme heat experienced while crossing the earth’s atmosphere.
As an aerospace engineer one needs to be apt in the field of physics, thermodynamics, metallurgy, robotics, mechanics and all other necessary fields in aeronautics.
Here is the list of important topics that are required to covered while studying Aerospace engineering:-
- Estimating the Take Off Weight of an Aircraft
- Example Aircraft with Statistics
- Design Step
- Force Balance
- Newton’s Laws of Motion
- Equations to Describe Aircraft Motion
- The Free stream and Aircraft Motion
- Coordinate System
- Equations Along
- Different Coordinate Axes
- Roll, Pitch, Yaw .
- The Atmosphere
- Aerodynamic Lift and Drag Lift
- Airfoil (British: “aerofoil”)
- Aerodynamics of Aircrafts
- Lift Coefficient
- Drag Coefficient.
- Aerodynamic Summary.
- How Jet Engines Work
- Turbojets, Turboprops, Turbofans. Ramjets.. .
- Rockets .
- Design Step
- Basic Performance Parameters.
- Climb Performance .
- Level Turn Performance.
- Range and Endurance.
- Minimum Velocity: Stall Speed.
- Takeoff and Landing.
- Design Step .
- Stability and Control
- Important Points
- Static Stability .
- Aerodynamic Control Surfaces. .
- Aero elasticity .
- High Speed Flight
- Mach Number and Mach Angle.
- Flight at High Subsonic and Transonic Speeds.
- Space Flight
- Rockets Revisited .
- The Laws of Newton and Kepler.
We have answered more than 1, 23, 989 aerospace engineering questions. Here is a snapshot of few important questions answered:-
- What are the characteristics that keep solid and fluid different?
- What are the objectives of Aerodynamics?
- What are the sources involved in aerodynamics?
- What are the conditions given for the two flows to be dynamically similar?
- What are the differences between continuum flow and free molecule flow?
- What are the differences between in viscid and viscous flow?
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