GFPD–II System Manual
This document comprises of twelve chapters, provides an insight into the design of GITA FLAT PATTERN DEVELOPMENT (GFPD) SOFTWARE System, which could be utilized for the Flat Pattern Development of Sheet Metal Components. This software has been designed to handle simple, medium and complex aircraft components. It runs on PC in WINDOWS environment.
In the First chapter an introduction to the software and the CAD environments is provided.
Second chapter gives an overview of the aircraft sheet metal components, which could be either directly modeled in GIT A environment or brought onto this through translators. It also contains the nomenclatures of the terminologies.
The next two chapters bring out the classification of SMCs with wide variety features together with the features of SMCs addressed in this phase.
Fifth and sixth chapter contains design and analysis of various algorithms along with the macro commands developed for different methods of sectioning like radial, parallel and normal.
The seventh section gives the design and development of point transferring technique for FP development of Non FPS components and also new and unique relative assessment of various techniques developed and implemented.
Eighth chapter illustrates the Production features and the algorithm for processing Nibbled Holes.
The ninth chapter recapitulates the bend correction algorithm, implementation for Non FPS components with surface modeling options together with variety of material and geometric data sets.
The tenth chapter brings out the details on FPD for cone frustum and the eleventh chapter deals with PC based loft generation including CAD model transfer issues.
Chapter 12 lists out GITA CAD functions used in GFPD and the concluding section brings out the accomplishments, short comings and. future course of action.
GFPD–II User Manual
This document comprising of twelve chapters, provides an introduction to the use of GITA FLAT PATTERN DEVELOPMENT (GFPD) SOFTWARE particularly for Non FPS COMPONENTS, Flat Pattern Development. It also brings out 'How to use' techniques of the software for any new user. This software has been designed to handle simple, medium and complex aircraft components. It runs on PC in WINDOWS environment.
The First section of the document provides an introduction to the software and the CAD package on which the software has been built.
Second section gives an overview of the aircraft sheet metal components, which could be either directly modeled in GITA environment or brought onto this through translators. It also contains the nomenclatures.
The next two sections bring out the classification of Non PFS components with wide variety features.
Fifth and sixth sections contain the topological model structure and the user interface designed for this software.
The seventh section gives step-by-step procedure for the preparation of model before invoking FP development process.
Eighth section provides development of Flat Pattern for components with various features. Variety of components have been brought out in this section.
The next two sections give the details of pilot and tooling hole processor.
The last section provides information on saving FP model into a model file.