Phase 3 ASOP Preliminary Design Validates Security Phase 3 Implements "Best" NII Technology for ASOP Phase 2 Engine Disk Motivation Phase 2 Engine Detailed Disk Design & Manufacturing Phase 2 Implementation Framework - Engineous Phase 3 Engine Design & Manufacturing Phase 3 Engine Design Leveraging NPSS Phase 4 ASOP Testbed on NII for Process Improvement ¥ Collaborative design over an envelope and for all disciplines at 1/3 cycle time Ð Different aircraft for same mission Ð Same aircraft geometry design point for sweeps of Mach number, altitudes, and weights Ð Same aircraft at different levels of fidelity and different manufacturing concepts ¥ Simulation of manufacturing and support processes ¥ Optimization of unit acquisition cost and LCC ¥ Marketplace evaluation of new tools and participating organizations Phase 4 Aircraft IPPD Demo Fully Implements ASOP Testbed Technology Roadmap Constructed for WBS Elements Four Phase Demonstration of ASOP Testbed on NII Presentation Agenda Conclusions ¥ ASOP is Innovative Approach to Implementation of IPPD ¥ Implementation of ASOP on NII Provides Opportunity to Significantly Impact Affordability of Aeronautics Products ¥ Proposed Technology Plan Leverages NASA Base Technology Program and Emerging NII Technology ¥ Testbed Provides Best Vehicle for Demonstration and Evaluation of ASOP Concepts ¥ Testbed Provides Opportunity for NASA to Transition Advanced Technology to Industry Recommendations ¥ Initiate Funding of Phase 2 - Demonstration to Validate ASOP Concept and Initial Requirements - Beginning October 1, 1995 Establish MADIC/NASA Team to Define Phase 3 and Phase 4b Demonstrations (e.g., Evaluate use of RIF Aircraft as Phase 4b Demonstrator) ¥ Review ASOP Phase 4a Technology Development Program for Incorporation into NASA Program beginning in FY'96