Optimizing Engines Through the Lifecycle

By John Morris
General Electric has set out to become the world's Digital Industrial Company, transforming itself by using Big Data to shape everything from the way it makes things to supporting customers in the field.
ShowNews

By John Morris
GE Aviation’s win of a US$1 billion contract to develop a sixth-generation variable-cycle fighter engine is seen as a crucial next step in the future of its $3.7 billion military engines business.
Optimizing Engines Through the Lifecycle

By John Morris
It’s been a unique and remarkable decade for aerospace, says GE Aviation president and CEO David Joyce. Unprecedented investment and transformational advances in technology, materials and manufacturing have resulted in new aircraft, new engines, record backlogs and a new supply chain.
Optimizing Engines Through the Lifecycle

GE Aviation has unveiled one of the first digital customer solutions built on its Predix software platform, an application developed through a collaboration with Flydubai.
Optimizing Engines Through the Lifecycle

By Guy Norris
GE and the U.S. Air Force are conducting advanced compressor and fan rig testing that could lead to a follow-on development and test regime of full three-stream, adaptive combat engines.
Optimizing Engines Through the Lifecycle

GE Aviation
Benefit: The Service Bulletin (SBs 72-0159 and 72-0140 - Cooling Hole Modification) is a product improvement which introduces the GEnx-1B/-2B/P2 configuration that improves the fuel efficiency of both GEnx engine models. Description: These Service Bulletins rework high-pressure turbine (HPT) Stage 1 shroud hangers to part number 2100M84G04. The reworked hanger has revised airflow requirements.
Optimizing Engines Through the Lifecycle

Todd Caccamo
What do engine operators want from an overhaul provider? A team from Marketing, Sales, Mature Fleet and Customer Technical Programs joined forces to hear straight from African operators at a GE Aviation-hosted Engine Services Customer Symposium held in Casablanca, Morocco.
Optimizing Engines Through the Lifecycle

How long is 91,000 years? Go back that far in the history of the earth and the Sahara was a wet and fertile plateau.
Optimizing Engines Through the Lifecycle

By Sean Broderick
Spare parts revenue forecasts are proving too conservative for CFM engines.
MRO

GE Aviation
Shifting engine monitoring to GE’s industrial cloud-based platform drives earlier detection, better accuracy and less disruption for operators.
Optimizing Engines Through the Lifecycle

GE Aviation
Benefits: Impact damage on GE90 high-pressure turbine (HPT) blades out of the current repairable region can now be repaired, resulting in an overall yield improvement.
Optimizing Engines Through the Lifecycle

By Guy Norris
CFM is testing an improved booster design for the Leap engine, which will be introduced on both the Airbus A320neo and Boeing 737 MAX variants.
Optimizing Engines Through the Lifecycle

By Henry Canaday
Solid structural health monitoring for composites is the next goal of the MRO industry, and advances are being made on many fronts.

By Michael Bruno
Two consultants at MRO Americas noted the ways in which new technology differentiators will decide competitive advantages.

Sponsored by GE Aviation
GE Aviation now has a report process that can save the commercial aircraft engine lessee and/or lessor thousands of dollars and avoid hours of engine test time, at time of lease return.
Optimizing Engines Through the Lifecycle

By Lee Ann Shay
GE Aviation is rebranding its aftermarket services portfolio into four pillars that are designed to clarify and simplify the offerings for its airline, lessor and MRO customers.
MRO

GE Aviation
GE Aviation has demonstrated capability for a Cold Metal Transfer (CMT) repair
Optimizing Engines Through the Lifecycle

By Sean Broderick
Next up: capturing and analyzing live data streams.
MRO

Sponsored by GE Aviation
GE Aviation now has a fully operational on-wing support base of operations in Rio de Janeiro, Brazil to better serve operators in the Latin American region. The operation is certified with the U.S. Federal Aviation Administration (FAA) and the ANAC (the Brazilian Airworthiness Organization) – and looking to add certifications from additional countries such as Chile, Argentina and Panama.
Optimizing Engines Through the Lifecycle

General Electric will invest $110 million in the company’s Singapore-based engine component repair facilities.
Optimizing Engines Through the Lifecycle

Sponsored by GE Aviation
Forecasters are predicting a substantial increase in airline passenger traffic in the coming years. This will, in turn, increase the pressure on the regional airlines to maintain flight schedules.
Optimizing Engines Through the Lifecycle

By Sean Broderick
New GE90 deliveries may be slowing soon, but the aftermarket is just now picking up steam.
Optimizing Engines Through the Lifecycle

Sponsored by GE Aviation
An engine configuration assessment (meeting Engine Manual specifications), exhaustive part records review, and an accident and incident statement search are three of the major areas to address to ensure a quality used life-limited part (LLP)
Optimizing Engines Through the Lifecycle

Expect to see more engine MRO expenditures in 2016—led by CFM56-7 and V2500-A5 shop visits.
MRO

By Guy Norris
Military engine market remains a challenge, while civil engine business continues record-breaking run.
Air Transport