...Seyhun Durmus Purpose Blended wing body (BWB) is a very advantageous design in terms of low fuel consumption, low emission and low noise levels. Because of these advantages, the BWB is a candidate to become the commercial passenger aircraft of the future by providing a paradigm shift...

... is to assess the application of a blended wing body (BWB) aircraft configuration with turbo-electric distributed propulsion in the military sector and to highlight the potential benefits that could be achieved for long-range and heavy payload applications. Design/methodology/approach Mission performance...

... and the body length is 48m. The design mission is 555 passengers in a mixed-class arrangement with a range of 7,650 nm at a cruise Mach of 0.85. The maximum take off mass (MTOM) is 468,000 kg. Hybrid-electric Distributed propulsion Integration Blended wing body Hydrogen There has been...

... airliners in blended wing body (BWB) configurations. Many details of modeling and computing are shown for unconventional configurations, namely, for a BWB aircraft and for tailless UAVs. Design/methodology/approach – Mathematical models for analysis of static and dynamic stability were built...