Reverse engineering was often used during the Second World War and the Cold
War. It is often used by military in order to copy other nation’s technology, devices
or information, or parts of which, have been obtained by regular troops in the fields
or by intelligence operations. In the last few years, increased computational power,
more computer memory, and high-speed contact or non-contact scanning devices,
discrete geometry has gained increasing importance in automotive design,
manufacturing, and quality assurance. In recent year, the impact of reverse
engineering in manufacturing industry is increase day per day and it also plays a
significant role in promoting industrial evolution by just introducing the expensive
products and stimulating additional competition. However, the average life cycle of
modern inventions is much shorter. To accommodate this rapid rate of reinvention of
modern machinery and instruments, reverse engineering provides a high-tech tool to
speed up the reinvention process for future industrial evolution. Reverse engineering
plays a significant role in the aviation industry primarily because of the following
reasons: maturity of the industry, advancement of modern technologies, and market
demands. From the dawn of the aviation industry in the early 1900s to its hardware
maturity with the development of jet aircraft in the 1950s, the aviation industry
revolutionized the modes of transportation in about 50 years.
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