INFORMATION
- 2020-02-29
- The project has been completed successfully and the final report will be published on NEDO.
- 2019-04-16
- Project Outline was updated.
- 2016-05-31
- The page was updated.
Background
- Great expectation to the introduction of Computer Assisted Engineering （CAE) thanks to high computer performance
- Urgent issue of the cost reduction with CAE due to the vast cost for aircraft development
- Strong request from the industry about the software that envisions the new aircraft development and its certification
- obal trends of systematization of CAE with universities
Objective
- （１）Development of Simulator for Airframe Design
- （２）Virtual testing to lessen the cost of the certification
- （３）Development of a Simulator for Unsteady Aerodynamic Design with Icing
- （４）Development and experimental verification of a simulator for designing airframe structures by utilizing the characteristics of composites
- Four subjects based on the industrial demands
- Development of the multi-disciplinary (aerodynamics, structure, strength) seamless aircraft design simulator
- Price reduction of the certification process by the simulation invocation
- Development of the unsteady aerodynamics design simulator with icing
- Development and experimental verification of the aircraft structure design simulator utilized the characteristic of the composite
- Cost reduction, light weighting and shortening of the development period for the aircraft development by the advancement of above four CAE technologies
- Avoidance of the return work and reduction of the development cost and risk, which are difficult to be predicted by the conventional design method
Exit strategy of the project
Results of research
- Academic evaluation is a number of papers
- Industrial evaluation is a number of patents
- We compete with the world top
Possibility of making practical
- Practical use in the collaborating companies
- Next Generation Transport Aircraft Workshop to be held once a year inviting FAA and Boeing Company
