Fluid machinery performance, erosion detection, rotor dynamics, and labyrinth seal analysis.
Fluid machinery performance, erosion detection, rotor dynamics, and labyrinth seal analysis. Our team combines simulation-driven analysis with practical engineering judgement to give you answers you can act on — not just a report.
CFD simulation of fluid flow, pressure distribution and thermal effects supports pumps and compressors that move fluid efficiently under real operating conditions.
Turbines, fans, blowers and centrifugal pumps are analysed with combined CFD and FEA — covering structural integrity, vibration and aerodynamic performance.
Flow analysis alongside 3D layout design minimises pressure drops and thermal losses across chemical plants, refineries and HVAC ducting.
CFD simulation of cavitation phenomena, paired with material analysis, helps prevent the reduced efficiency and premature failure that erosion causes in pumps and turbines.
Thermal, CFD and FEA analysis together optimise heat transfer surfaces for power plants, chemical processing, refrigeration and HVAC systems.
Transient and steady-state simulation of pipeline networks — including surge and water-hammer effects — supports safe, efficient large-scale fluid transport.
RPEQ-certified engineers, Melbourne & Gold Coast based, bespoke analysis matched to your project scope and budget.
Tell us about your project and we'll scope the right analysis approach for it.
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