Laser peening extends component service life through increased fatigue strength, improved damage tolerance, and enhanced corrosion cracking resistance. It has been widely adopted by combustion turbine manufacturers to prevent critical component failures. Dublin, Ohio, USA, 14-Jun-2017 — /EuropaWire/ — LSP … Read the full press release
Posted in Automotive, Aviation & Aerospace, Electronics & Machinery, Energy, Gas & Oil, Germany, Industrial, Metals and Minerals, News, Technology
Tagged aeronautical research, aerospace research, Airbus, civil aviation, combustion turbine, corrosion cracking resistance, critical component failures, Dr. Jeff Dulaney, equipment, fatigue strength of metals, GE Aviation, Hamburg Aviation Network, improved damage tolerance, Laser peening, Laser Peening Metal Enhancement System, laser peening system, LSP Technologies, Lufthansa, metal enhancement, Ohio, Procudo® 200 Laser Peening System, Rolls-Royce, shot peening, steels, the fastest laser peening system, titanium, turbine manufacturing, ZAL Center of Applied Aeronautical Research, ZAL TechCenter
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