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Design, Optimization and Relocation Strategy for GE Gas Turbine Exhaust Frame Blowers to Reduce Overheating and Operational Trips

IJERT

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View Abstract & download full text of Design, Optimization and Relocation Strategy for GE Gas Turbine Exhaust Frame Blowers to Reduce Overheating and Operational Trips... --- Source: International Journal of Engineering Research & Technology - https://www.ijert.org/design-optimization-and-relocation-strategy-for-ge-gas-turbine-exhaust-frame-blowers-to-reduce-overheating-and-operational-trips-ijertv15is010533 PDF: https://www.ijert.org/design-optimization-and-relocation-strategy-for-ge-gas-turbin...

Submitted: February 16, 2026Subjects: Engineering; Engineering Research

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View Abstract & download full text of Design, Optimization and Relocation Strategy for GE Gas Turbine Exhaust Frame Blowers to Reduce Overheating and Operational Trips...

Source: International Journal of Engineering Research & Technology - https://www.ijert.org/design-optimization-and-relocation-strategy-for-ge-gas-turbine-exhaust-frame-blowers-to-reduce-overheating-and-operational-trips-ijertv15is010533 PDF: https://www.ijert.org/design-optimization-and-relocation-strategy-for-ge-gas-turbine-exhaust-frame-blowers-to-reduce-overheating-and-operational-trips-ijertv15is010533 Original Link: https://www.ijert.org/design-optimization-and-relocation-strategy-for-ge-gas-turbine-exhaust-frame-blowers-to-reduce-overheating-and-operational-trips-ijertv15is010533

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Date:
Feb 16, 2026
Topic:
Engineering Research
Area:
Engineering
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Design, Optimization and Relocation Strategy for GE Gas Turbine Exhaust Frame Blowers to Reduce Overheating and Operational Trips | Researchia