Science Museum: World War II Airplanes
On my recent visit to the London Science Museum, amongst computing, rockets and VTOL exhibits, I also came across some historic British airplanes in the Flight Gallery. In this post I'll focus on the World War II era airplanes that played a pivotal role in defending the skies above Britain.
Spitfire and Hurricane
The Supermarine Spitfire and Hawker Hurricane are examples of Britain's finest fighter airplanes that, as Winston Churchill so aptly said, gave rise to Britain's "... finest hour." He was speaking just prior to the Battle of Britain (10 July to 31 October, 1940) that was waged in the air over England during World War II, pitting the outnumbered RAF against the Luftwaffe.
The Spitfire and the Hurricane played starring roles in the Battle of Britain. The Spitfire was the 'thoroughbred' speedster with its specially designed low-drag elliptical wing. The 'workhorse' Hurricane had a more traditional thicker wing, incurring more drag and reducing its top speed relative to the Spitfire. Although the Spitfire was considered the glamour child of the two airplanes, the Hurricane recorded the higher number of victories against the Luftwaffe.
Though the Gloster Whittle wasn't particular fast with a top speed of only 338mph (the piston engine Spitfire's top speed was 378mph), it did provide essential data on the new jet engine, which was incorporated into the first British jet fighter - the twin-engine Gloster Meteor.
The first role for the Meteor was chasing and destroying the V-1 flying bomb. In 1945 a modified Meteor set the world air speed record of 606mph - the first time a jet powered airplane had set the record. The rest, as they say, is history, whereby jet engines went on to totally displace piston engines in fighter airplanes by the 1950s.
Recent blog posts
- Sliver Treatment Strategies for CFD
- How to Fix Small Acute Angles for CFD
- Small Feature Removal for CFD
- Fluid Visualization in Nature
- Design is Compromise
- CFD Is Not Enough
- All CFD Should Be Upfront CFD
- Speed Up CFD with Symmetry and Cyclic Conditions
- Airships Rising
- World Cup Stadium Aerodynamics with CFD