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  • Go With The Flow
    in the insulation and cooling air vent between a Maytag oven liner and the side panel. Just as engineers began using finite-element analysis and other analytical tools for structural design, the last several years have seen appliance design engineers turn to computer simulation to optimize fluid flow
  • Internal Flow: Concepts and Applications
    Internal Flow: Concepts and Applications. Providing students and practicing engineers with a range of analytical tools, this book describes the analysis and behavior of internal flows encountered in propulsion systems, fluid machinery, and ducts.
  • Mathematical and Computational Methods for Compressible Flow
    Mathematical and Computational Methods for Compressible Flow. Providing a complex insight into the numerics of compressible flow, this book covers the development of numerical schemes and their theoretical mathematical analysis, their verification on test problems and use in solving practical
  • Solving for heat, stress, flow, and more
    A few guidelines help handle complex simulation problems with modern analysis software. The sooner an engineering team understands the physical processes behind a proposed product, the sooner its problems can be identified and solved. These problems can be a combination of heat, stress, flow
  • X-MET8000 Series For Rapid Flow
    FAC (Flow Accelerated Corrosion), also called flow assisted corrosion, occurs when water or steam flows through carbon steel pipes, slowly removing the protective oxide layer of Fe3O4 from the piping material. This process occurs slowly over many years, thinning the walls of the pipes and other
  • Fluid Flow Software vs. Spreadsheets for Piping System Design & Analysis
    by incorporating the following features into a single fluid flow program: * Visualization - using a piping schematic to show how the various items are connected. * Calculations - integrating all fluid flow calculations into a single program. * Communications - maintaining design control, and sharing results
  • Understanding Air Flow Calibrations for Personal Monitoring Pumps
    the collection medium with a consistent flow rate such that the total volume of air drawn can be determined with optimum accuracy. The overall accuracy of the sample is a combination of two components. These components are the accuracy of the laboratory analysis of the material collected on the sampling
  • Verify Fluid Flow to Your Analyzer and Keep Your Plant Running
    to assure valid samples and analysis. Failing to monitor fluid flow to the analyzer may result in contaminated product batches and discharging regulated substances. The costs of analyzer failure are potentially huge in terms of affecting product materials, damage to equipment, regulatory fines, liability

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