Computational Fluid Dynamics – Entagral Engineering

Entagral’s computation fluid dynamics (CFD) experts perform a full range of combustion, fluid flow, heat/mass transfer, and fluid-structure interaction simulation and analysis.

CFD applications include the following:

Steady-state, transient, and combustion flows and heat transfers, e.g. reciprocating engine and turbine combustion analysis
Flows and heat transfers under inviscid, viscous, and compressible flow conditions, e.g. pump and compressor flow analysis
Multiphase, multi-fluid, and multi-physics flow simulations and analysis, e.g. vaporization and condensation in heat exchangers
Flow assurance and cavitations studies in ultra-high pressure to vacuum conditions, e.g. flows in subsea/process equipment
Internal/external flows with turbulent, flow induced vibration (FIV), and vortex induced vibration (VIV), e.g. pipeline and riser analysis
Free surface flows including surface waves, e.g. study of wave-structure interactions, and wake/vortex development around FPSO’s
Turbulent, swirling, and rotating flows in narrow and micro passages, e.g. flows in rotating flow equipments and hydrogen fuel cells
Fluid-structure interactions in subsea, downstream/upstream equipments, pipelines, and components
Heat/mass transfer, drop disintegration, expansion, adsorption, and absorption studies on spray and jet flows, e.g. fuel sprays, process sprays, and water jet cutting and cleaning

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