Additive Manufacturing

4 reports
Additive Manufacturing is an engineered technology evaluated through materials, manufacturing, performance, safety, scale, and practical constraints. Evaluation relies on three-dimensional printing and mechanical testing, including the costs, limitations, and tradeoffs hidden by a single headline metric.

Coverage distinguishes how performance testing; safety and reliability; and scale-up constraints shape the interpretation of Additive Manufacturing. Claims involving safety and reliability are weighed against prototype measurements and checked with standardized benchmarks; uncertainty persists because laboratory demonstrations may not predict cost, durability, or performance at scale.

GE Aerospace GEnx-1B Engine Logs 50 Million Flight Hours Milestone

GE Aerospace reports its GEnx-1B engine, used on Boeing 787 Dreamliners, has surpassed 50 million flight hours with a developer-claimed 99.98% dispatch reliability, raising questions about real-world performance and operational limits

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Bed-Leveling Sensors Tested for Automated Pressure Advance in 3D Printing

Researchers have explored whether standard bed-leveling sensors in FDM 3D printers can be repurposed to automate pressure advance calibration, a process critical for consistent extrusion during variable-speed printing tasks

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Evaluating Seven Methods for Embedding Magnets in 3D-Printed Parts

A recent demonstration compared seven techniques for installing magnets into 3D-printed components, assessing their mechanical reliability, ease of assembly, and long-term durability without relying on adhesives

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CFM LEAP-1B Engine Upgrades Aim to Cut Maintenance in Harsh Environments

CFM International has received regulatory certification for new LEAP-1B engine upgrades, including a high-pressure turbine durability kit and a reverse bleed cooling system, both designed to extend operational time and reduce maintenance in challenging climates

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