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To achieve further reductions in cycle time in the optimization process, GE has made use of a design optimization computer program developed by CRD, called Engineous (References 22 and 23). As shown in Figure 61, Engineous is a user-friendly generic software shell that automatically iterates design programs until constraints and design goals are met. It captures human design knowl29 GER-3713E GT25810 Figure 63. TADS/Engineous screen tions (Reference 26), GE Power Generation and CRD developed an automated workstation-based system that uses Engineous to optimize threedimensional blade profiles to maximize efficiency while meeting all mechanical design requirements.
Figure 54. Figure 55. Figure 56. Figure 57. Figure 58. Figure 59. Figure 60. Figure 61. Figure 62. Figure 63. Figure 64. Figure 65.
IP stage nozzle exit angle and reaction distributions Figure 15. Advanced Vortex LP nozzle Figure 16. Contoured sidewall test data Figure 17. 3600 RPM family of continuously-coupled buckets Figure 18. Convergent-divergent supersonic bucket tip profile design Figure 19. Continuously-coupled bucket tip designs Figure 20. 40-in. (1016 mm) titanium last stage bucket Figure 21. Comparison of single-flow 42-inch (1067 mm) and double-flow 26-inch (660 mm) units Figure 22. Bucket tip leakage controls Figure 23.