This project details a transdisciplinary approach to designing a novel dual- mode launch vehicle with air and ground launch capability, for small satellites.
This project details a transdisciplinary approach to designing a novel dual-mode launch vehicle with air and ground launch capability, for small satellites.
This project details a transdisciplinary approach to designing a novel dualmode launch vehicle with air and ground launch capability, for small satellites, ...
This paper presents a new MDO method to optimize the configuration of an expendable launch vehicle and describes the application of this method to the design ...
The investigation focuses on development of a rapid multidisciplinary. analysLs and optimization capability for launch-vehicle design. Two multidisciplinary.
Missing: Optimisation Framework
This multidisciplinary framework aims to provide a comprehensive approach to designing next-generation launch vehicles that meet the demands of a rapidly ...
Missing: Optimisation | Show results with:Optimisation
Comparison of DMLV system configurations, after optimisation. Multi-Disciplinary Optimisation Framework for Dual-Mode Launch Vehicle Concepts. Chapter. Full ...
Traditionally, the Multi-disciplinary Design Optimization (MDO) method is used to shorten design periods through coordination of multiple disciplines. Compared ...
Missing: Optimisation Framework Dual-
This project details a transdisciplinary approach to designing a novel dual-mode launch vehicle with air and ground launch capability, for small satellites. The ...
This work proposes to enrich the procedure for the conceptual design of hybrid aircraft found in literature, through the definition of a multidisciplinary ...