Aerospace Engineering Pro

►Aerospace engineering is the primary field of engineering concerned with the development of aircraft and spacecraft.✴

❰ ❰ Ad free version ❱ ❱

☆This App Providing a comprehensive introduction to the basics of Aerospace Engineering, this App is suitable for: Undergraduate-level graduates in ✦

➻ Aerospace Engineering,

➻ Aeronautical Engineering,

➻ Aircraft Maintenance Engineering (AME) ,

➻ Mechanical Engineering &

➻ Automobile Engineering.

❰In addition, the Application can be used for refresher courses for professionals in aerospace- industries.❱

【Topics Covered Listed Below】

✈ What Is Aerospace Engineering

✈ History of aerospace engineering

✈ Duties of Aerospace Engineers

✈ Work Environment for Aerospace Engineers

✈ How to Become an Aerospace Engineer

✈ Important Qualities for Aerospace Engineers

✈ Licenses, Certifications, And Registrations

✈ Advancement for Aerospace Engineers

✈ Aerospace Engineer Salaries

✈ Job Outlook for Aerospace Engineers

✈ Careers Related to Aerospace Engineers

✈ A Brief History of Aircraft Structures

✈ Jet Engine Detail Design - The Compressor

✈ Introduction to Composite Materials

✈ The DeHavilland Comet Crash

✈ Jet Engine Design Turbine Cooling

✈ Composite Materials and Renewables: Wind Energy

✈ Supersonic Aerodynamics: Designing Rocket Nozzles

✈ Rocket Science 101: Lightweight rocket shells

✈ Rocket Science 101: Fuel, engine and nozzle

✈ Rocket Science 101: Operating Principles

✈ The History of Rocket Science

✈ Big Data in Aerospace

✈ Human Fallibility in Aviation

✈ Human Fallibility in Aviation II: Case Study

✈ The Airline Metro System

✈ Defects and Non-Destructive Testing in Composites

✈ Developments in Composite Materials

✈ Jet Engine Design: The Turbine

✈ Thrust Reversal

✈ The Scramjet

✈ Simplicity - The Ultimate Sophistication

✈ Variable Stiffness Composites

✈ Fancy a Sandwich?

✈ Smart Materials Application: Variable Geometry Chevron for Noise Reduction

✈ Carbon Nanotube Hierarchical Composites for Interlaminar Strengthening

✈ The Start of a New Era

✈ The Dangers of Outsourcing

✈ Milestones in Aircraft Structural Design

✈ Composite Manufacturing – Autoclave Variability

✈ Composites Manufacturing

✈ Breaking the Sound Barrier

✈ The Birth of the Jet: The Engine that Shrunk the World

✈ The von Kármán Vortex Street and Tacoma Narrows Disaster

✈ Dimensional Analysis: From Atomic Bombs to Wind Tunnel Testing

✈ The History of Rocket Science

✈ Three essential engineering skills and the state of modern technology

✈ NASA Langley Research Center

✈ Antifragility and Aircraft Design

✈ On Boundary Layers: Laminar, Turbulent and Skin Friction

✈ Risk and failure in complex engineering systems

✈ Engineering – A Manifesto

✈ Loads Acting on Aircraft

✈ Operational Requirements

✈ The Atmosphere

✈ How Quickly Do Bubbles Rise in a Pint of Beer?

✈ Boundary Layer Separation and Pressure Drag

✈ Smart Materials Application: Variable Geometry Chevron for Noise Reduction

✈ Carbon Nanotube Hierarchical Composites for Interlaminar Strengthening

✈ Variable Stiffness Composites

✈ Jet Engine Design and Optimisation

✈ The Birth of the Jet: The Engine that Shrunk the World

✈ The Evolution of Airplanes

✈ High-Lift Devices

✈ Dreams of Flight

✈ Bio-mimetic Drag Reduction – Part 3: Morphing

✈ Bio-mimetic Drag Reduction – Part 2: Aero- and Hydrodynamics

✈ Bio-mimetic Drag Reduction – Part 1: Sensing

✈ Control and Stability of Aircraft

✈ What Creates Lift – How Do Wings Work?

✈ Straight and level Flight

✈ Gliding Flight

✈ Center of Pressure, Aerodynamic Center & Neutral Point

✈ "Air Stability"

✈ Landing Gear

✈ How quad copter Work ?

✈ Lift Generation

✈ Gyroscopes & Gyro-dynamics

✈ Wings

✈ Nacelles

✈ Ailerons

✈ Elevator

✈ Secondary or Auxiliary Control Surfaces

✈ Rudder

✈ Missile System

✈ Classification Of Missiles

✈ Autopilots and Avionics

✈ What Is A Geosynchronous Satellite And How Is It Different From A Geostationary ✈ ✈ Satellite?

✈ Standard Atmosphere