Unformatted text preview: one or more unconventional aircraft configurations at conceptual level. BENEFITS: Industry: Develop a tool to support Bombardier’s Advanced Product Development activities and Strategic Technology initiatives. Student: Increase knowledge of lifting surface loading, stress analysis, structure design, MDO, and aircraft configurations. PRE-REQUISITE: Aerospace engineering student (Masters or 3 rd yr undergraduate) with a keen aerospace interest. The student must have a good understanding of mathematics, physics, and optimization methods using Matlab. Knowledge of structure design and mass properties a plus. PROJECT RESPONSIBLE : Sunil Mistry x62776 / Alain Olsen SCHEDULE: Summer 2010 NO OF HOURS: ~ 500 man-hours. DATE : January 6 th , 2010...
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- Spring '10
- Optimization, Multidisciplinary design optimization, Mathematical optimization, unconventional aircraft configurations