Understand how fluids move and heat transfers through your design. Our computational fluid dynamics services help identity flow restrictions temperature variations and mixing limitations before you commit to design changes or physical testing From battery cooling to industrial process equipment, we turn simulation results into practical recommendations for product development and operating performance
Simulation Driven Design
Locate hotspots, uneven flow, stagnant regions and excessive pressure loss under defined operating conditions
Assess changes to flow passages, cooling arrangements and equipment geometry against your performance targets
Identify critical operating cases and measurement locations to support a targeted prototype testing and design verification
Services
Assess fluid flow and heat transfer across products and industrial equipment, using models selected for the engineering question and available data
Industrial Applications
Thermal assessment of battery packs, cooling circuits and power electronics under defined operating loads
Flow, mixing and thermal analysis for burners, reactors, heat exchangers and associated process equipment
Hydraulic assessment of wet wells, pump intakes, filtration equipment and solids transport
Flow and cooling analysis for pumps, valves, rotating equipment and electronic assemblies
Establish the operating conditions, fluid properties, thermal loads and performance measures that the study needs to address
Prepare the geometry and mesh, then select suitable models for turbulence, heat transfer, rotating motion and any relevant multiphase or reacting flow
Review convergence, mass and energy balances and mesh sensitivity. check time-step sensitivity for transient studies and compare with measurements where available
Explain the flow patterns, thermal behaviour and performance limitation in relation to the design requirements
Compare agreed alternatives and document recommendations, assumptions and assessment limits
Submerged Tube Bundle Heat Exchanger
A heat exchanger must achieve ite heating duty within the available pressure budget. CFD connects the temperature rise with flow distribution and pressure loss through the header and tubes
DESIGN FOCUS
Assess changes to the flow path and heat transfer surfaces against both outlet-temperature and pressure-loss targets
Connect the results with feasible changes to geometry, cooling arrangements and equipment Internals, taking manufacturing and assembly requirements into account
Understand the modelling approach, critical findings and the design decisions supported by the assessment
Depending on scope, receive an analysis report, annotated result plots, load-case comparisons and recommendations for design refinement or testing
Share your CAD model, operating conditions and the performance issue you need to resolve. Our team will help define a CFD study suited to your design stage and engineering objectives.
