The Joint Multi-Role Rotorcraft Technology Demonstrator (JMR TD) is intended to demonstrate technologies for a family of rotorcraft that could eventually replace an entire fleet of helicopters. During the JMR TD effort, multiple rotorcraft configurations are being analyzed for their performance and mission effectiveness across a joint set of roles and operations. One anticipated outcome of the JMR TD effort is the identification of capability gaps and the impact that technologies can have on closing the gaps. In order to realize this outcome, there is a need for quantitative assessment of technology impact on rotorcraft capabilities.
Methodology to Create a Unified Trade-Off Environment for Advanced Aerospace Vehicle
2013
52 pages
Report
Keine Angabe
Englisch
Aircraft , Military Sciences , Mathematical Sciences , Aircraft equipment , Artificial intelligence , Correlation analysis , Helicopters , Optimization , Statistical analysis , Systems engineering , Vehicles , Fuel consumption , Fuselages , Mission profiles , Standards , Statistics , Technology assessment , Rotary wing aircraft , Algorithms , Aircrafts , Airframes , Genetic algorithms , Tilt rotor aircraft , Rotorcraft , Tradespace , Conceptual design , Forecasting , Decision making , Surrogate model , Interactive trade-off
Aerospace vehicle detection (AVD): design trade-offs
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