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  • Laser Shock Peening: Performance and Process Simulation
    Laser Shock Peening: Performance and Process Simulation. By describing simulation techniques and procedures through typical case studies, this guide shows engineers and research scientists how to design, evaluate and optimize LSP processes in practical applications. Books24x7
  • Leadless Chip NTC Thermistor Reliabilty Report: Pump Laser Module (.pdf)
    This report presents the qualification results of the [Name Withheld] Pump Laser Module, Rev. 2. This report updates the results presented in the previous report [1]. This module is similar to [Name Withheld] Rev. 1 in terms of fiber alignment, process and most materials. The [Name withheld] module
  • Femtosecond Pulsed Laser Deposition Examples
    Femtosecond lasers have significant advantages for pulsed laser deposition applications. Due to the high peak power and short pulse duration, femtosecond laser pulses result in clean ablation with minimal thermal damage, shock-affected-zone, debris, or recast. The unique physics behind
  • Application Newsletter-UID Marking Aluminum with the i-Series Fiber Laser
    The Laser Photonics i-Series Fiber Laser was specifically designed for maintenance-free OEM applications. It's the most advanced, reliable, industrial grade Fiber Laser marking system available on the market today. It is easily integrated into an assembly line with or without a PC and has single
  • High Density Pulsed Laser Diode Arrays for SSL Pumping (.pdf)
    on extending the HDS architecture to reliable operation at 300W per bar. This will enable power densities of approximately 25 kW/cm2. Microsoft Word - AppNote15_High_Density_Stacks. Northrop Grumman Cutting Edge Optronics. Application Note #15. High Density Pulsed Laser. Diode Arrays for SSL Pumping. Northrop
  • Laser scanner helps NASA lower the BOOM!
    F-15 fighter. The so-called Lancets (lift-and-nozzlechange- effect-on-tail-shock) program measures the benefits of redistributing aircraft lift to reduce shock-wave pressure, thereby lessening the sonic boom. But measuring pressures on the surface of a supersonic plane from a chase plane 200 ft away
  • Turbine Engine Sustainment (.pdf)
    the introduction of deep, stable, and even through-thickness compression by alternative surface enhancement technologies such as laser shock peening (LSP) and low plasticity burnishing (LPBTM) in fan blades.
  • Overview Of Low Plasticity Burnishing For Mitigation Of Fatigue Damage Mechanisms (.pdf)
    Surface enhancement technologies such as shot peening (SP), laser shock peening (LSP), and low plasticity burnishing (LPB) can provide substantial fatigue life improvement. However, to be effective, the compressive residual stresses that increase fatigue strength must be retained in service. LPB

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