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NFLOW

Case Studies

Case Studies

Marine & Engineering

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Simulation results of fluid flow in BWMS using NFLOW SPH

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NFLOW SPH can be used to check the flow of seawater in a ballast pump. We measured the average pressure and velocity inside the piping to predict the incompressible and compressible fluid flow and checked whether there was a problem in the design and suggested the optimal design.

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  • Customer : Marino B&C (KTMarine)

  • Solver : NFLOW SPH

  • Check ejector fluid flow, Check the hydraulic pressure in each piping section.

Civil Engineering

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Proposal of road surface drainage and structure design using NFLOW SPH

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We use NFLOW SPH to verify the status of drainage facilities at the design stage and to prevent errors beforehand, and to propose optimized design by immediately checking for problems with existing facilities.

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  • Customer : Korea Highway Corporation

  • Solver : NFLOW SPH

  • Check drainage capacity, Identify bad segments, Check drainage and flow rate

Water Resource & Catastrophic Events

Verification and prediction of dam, river, disaster situation using NFLOW SPH

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Using NFLOW SPH, you can check various information such as flow rate, water rate and water demand of water facilities in real time. In addition, you can assess the risk of water facilities for extreme weather events such as heavy rains and simulate dangerous areas caused by dams and reservoir collapses to prevent disasters.

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  • Solver : NFLOW SPH

  • Check the storm water and debris flow from valleys, Suggested the installation of debris barrier

Manufacturing

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FLOW SPH for optimized design

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Using NFLOW SPH to help you design products in the machine and manufacturing industries. Simulation allows you to create desired design models by adjusting parameter values such as flow, pressure, and speed of fluid flowing inside the structure to be designed. In addition, considering the flow of compressible, incompressible fluid flow, you can compare the size of the machine inner tube and identify the most efficient tube size and shape.

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  • Solver : NFLOW SPH

  • Mixed fluid flow analysis, Comparison of fluid flow by Tube Size

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