1. Did flight have any influence outside of aviation? If so,
how?
Flight
influenced everyone from regular lay people to intellectuals and artists of the
day. Legendary painter, Pablo Picasso, took up making model airplanes and even
wrote some about airplanes (pp. 121-122). The excitement of this new era spread
everywhere and was never far from sight. Marketers were having a fantastic time
selling almost anything so long as it had an airplane or a pilot on it. “… For
a time it seemed that images of aviators and airplanes could be used to sell
anything” (p. 123). Children played with toys that were aeronautically related.
The popular culture at the time was aviation. Almost everything was somehow
tied to airplanes. There was a lot of new literature that was based somehow on
aviation. The cowboy and Indian stories of the previous generation were
replaced with exciting new adventures of aerobatics and other aviation feats.
2. How did this new field of aviation affect science?
Aviation
opened up a whole new field of scientific discovery. The inventors of the
airplane did not totally understand how it worked. They knew enough to make it
work but the actual physics and mechanics. The study of fluids and physics and
mathematics provided the scientific background for the airplane. Professors around
the world now had a model to study and could interpret the results. This was a
case where the theoretical science merged with the practical engineering (p.
125). Complex theories were worked out because there actual experiments being
performed on the once unattained idea of flight. Researchers were trying to
theorize how flight could occur and then inventors made an actual airplane. This
provided the scientists with what they were looking for and they could then
study the airplane with new vigor.
3. Who took the lead in establishing aviation as a business
and what effect did it have on the rest of the world?
The French
began the establishment of aviation as a business. Louis Bleriot was one of the
originators. He was an exhibition pilot but after a crash left him with
substantial injuries he turned to business. His company, Blériot Aéronautique, “produced
over eight hundred aircraft in 1909-1914” (p. 126). This was just one of the French
aviation companies during that time. The total number of aircraft produced
during that time was much higher. Factories were built to keep up with the
demand and many people were employed to build airplanes. Flight schools were
opened to train the glut of new pilots. Racing and setting records was what
would get people’s attention and many manufactures designed new models to be
the next best airplane. A sort of positive feedback circuit where new records
were being set so new planes had to be designed dominated the scene. New types
of engines were designed and engineers and scientists provided input into the
situation to involve even more people in the business. Automobile manufacturers
of Rolls-Royce, Renault, Bentley, and Mercedes also started developing engines
for aircraft, thus expanding the influence of aviation (p. 132).
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