Surfaces that come in contact with each other, when improperly lubricated or fitted, have the potential to cause damage that can lead to catastrophic failure. This damage is hard to spot with traditional vibration analysis, but can be detected using stress wave monitoring. In this article, learn how stress waves work, how they detect damage, and how it can improve maintenance coordination and prevent further issues. Case Study | 04/09/20 Digital Safety System Case Study | Rivne Learn how Rivne, a nuclear power plant in Ukraine, increased safety, parts availability, and long-term operational stability by upgrading to a digital control system. Case Study | 04/09/20 Digital Safety System Case Study | Kozloduy Learn how Kozloduy, a nuclear power plant in Bulgaria, increased safety, reduced maintenance costs and labor, and increased long-term operational stability by upgrading to a digital control system. Case Study | 04/09/20 Digital Safety System Case Study | Khmelnitskyi Learn how Khmelnitskyi, a nuclear power plant in Ukraine, upgraded to a digital control system, increasing safety and parts availability while also modernizing systems to improve long-term operational stability. Video | 03/11/20 I&C Repair Video Curtiss-Wright offers instrumentation and control (I&C) repair services to extend the lifetime of power supplies and electronic modules and eliminate supply chain issues. Learn more in this overview video. Event | 03/11/20 2020 PEPSE Training 09/15/2020-09/18/2020 Idaho Falls, ID Article | 02/18/20 A Case for Digital I&C By Robert Ammon & Mark Burzynski | Published in Nuclear Engineering International
In this article, Robert Ammon and Mark Burzynski make the case for a transition to digital instrumentation and control technologies, which offer safer designs, reduce costs and minimise obsolescence.