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Example:

Briefly describe the overall HPC-based effort, including HPC-specific details (i.e. hardware, software, etc.) as well as a summary of the scientific or technical effort (200 words max).

BMI Corp. is using time on the massive "Jaguar" supercomputer at Oak Ridge National Laboratory to redesign the classic tractor-trailer ("semi") truck for greater fuel efficiency. (BMI has also been using the supercomputer for design work on NASCAR racing cars, a hydrogen fuel cell concept car for Ford, a new supersonic business jet, and a winglet for the Boeing MD-80 regional airplane.) Today's tractor trailers have an average drag coefficient of 0.59 and get only 5–6mpg at highway speeds of 65mph. BMI's goal in launching the Smart Truck project is to reduce the drag coefficient to 0.26. If all 1.3 million long-haul trucks operated at 0.26, the trucks would average 10mpg and the United States would save 6.8 billion gallons of diesel fuel annually, eliminate 75 million tons of CO2, and rescue $19 billion in fuel costs. To date, the researchers have brought the drag coefficient down to 0.33, most of the way toward their goal. Running this extremely complex simulation take 1.4 years (501 days) of processor time, but the Oak Ridge supercomputer can handle the problem in just a few hours.