This project called for a first-generation prototype aircraft with hovering capabilities that was lightweight. The focus of this study was to design a small low-cost prototype composite airframe that meets specified requirements, analyze structures using finite element analysis and mechanical testing, and construct a prototype using proven composite manufacturing techniques. One fuselage, one wing, and several engine nacelles were designed and fabricated. Several design and fabrication methods and materials were analyzed, with focus given to the nacelles, and recommendations were provided for the manufacture of the first generation airframe based on time, weight, and cost
This report describes the design process and fabrication of a composite fuselage for a 2kg cl...
Nowadays unmanned autonomous vehicles ’s development is a key factor in the aeronautical field. Its...
With a constant push towards lighter, stronger and more fuel efficient vehicles, the use of composit...
Research on structural design concepts and structural optimization for aerospace vehicles typically ...
Masters in Mechanical Engineering. University of Kwazulu-Natal, Pietermaritzburg, South Africa, 2017...
The relaxed certification requirements associated with amateur construction - "homebuilt" - aircraft...
As part of an internally funded research program at Southwest Research Institute a low cost composit...
The Environmentally Responsible Aviation Project aimed to develop aircraft technologies enabling sig...
Master of Science in Mechanical Engineering. University of KwaZulu-Natal, Pietermaritzburg, 2017.A n...
This work is the first movement of the design of an all composite UAV wing, helping a group of aeron...
Advanced composite primary structural concepts have been evaluated for low cost, damage tolerant str...
This work describes the technological and scientific efforts on designing, manufacturing and testing...
The Authors’ experience at the University of Bologna, started in 2000 with the design, assembly and ...
One of the basic preconditions of successful realization of the project ultra light UAV [1-3] is the...
The purpose of this project was to research, design, and analyze a personal aerial vehicle. One focu...
This report describes the design process and fabrication of a composite fuselage for a 2kg cl...
Nowadays unmanned autonomous vehicles ’s development is a key factor in the aeronautical field. Its...
With a constant push towards lighter, stronger and more fuel efficient vehicles, the use of composit...
Research on structural design concepts and structural optimization for aerospace vehicles typically ...
Masters in Mechanical Engineering. University of Kwazulu-Natal, Pietermaritzburg, South Africa, 2017...
The relaxed certification requirements associated with amateur construction - "homebuilt" - aircraft...
As part of an internally funded research program at Southwest Research Institute a low cost composit...
The Environmentally Responsible Aviation Project aimed to develop aircraft technologies enabling sig...
Master of Science in Mechanical Engineering. University of KwaZulu-Natal, Pietermaritzburg, 2017.A n...
This work is the first movement of the design of an all composite UAV wing, helping a group of aeron...
Advanced composite primary structural concepts have been evaluated for low cost, damage tolerant str...
This work describes the technological and scientific efforts on designing, manufacturing and testing...
The Authors’ experience at the University of Bologna, started in 2000 with the design, assembly and ...
One of the basic preconditions of successful realization of the project ultra light UAV [1-3] is the...
The purpose of this project was to research, design, and analyze a personal aerial vehicle. One focu...
This report describes the design process and fabrication of a composite fuselage for a 2kg cl...
Nowadays unmanned autonomous vehicles ’s development is a key factor in the aeronautical field. Its...
With a constant push towards lighter, stronger and more fuel efficient vehicles, the use of composit...