A Structured Design and Analysis Methodology for Guided Weapon Concepts
Abstract
Formulating and analyzing guided weapon concepts to meet user needs is both an art and a science. Choices made for certain subsystems impact the selection and design of the other subsystems, dictating the need for an integrated approach. It is clear that the sequence and method used for model development or modification must be carefully chosen to account for subsystem interaction in order to minimize subsystem model redesign. Additionally, optimal choice of simulation runs is important during the concept formulation phase as well as during the final evaluation phase for weapon concept comparisons to best aid the selection and adjustment of design parameters. A methodology has been developed for guided weapon concept formulation, modeling, and analysis. The perspective is from the standpoint of a government laboratory that is developing new guided munitions technology. The focus is not on detailed weapon design, but rather on high-level concept design, that allows comparison and selection of one or more concepts for a more detailed design later. The methodology addresses the functional interaction of all weapon subsystems and follows a sequential design. The result is a non-optimal, but highly useful solution, which looks at concept viability. The methodology also addresses simulation-generated data used in the design process and in the ultimate analysis process to compare performance with user requirements.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jun 18, 1999
- Accession Number
- AD1029160
Entities
People
- Michael R. Vanden-heuvel
- Rebecca L. Lenz
Organizations
- Air Force Research Laboratory