CFD Simulation Services for Flow, Thermal & Pressure Drop Analysis
Analyzer CAE Solutions delivers advanced computational fluid dynamics services for flow behaviour, heat transfer, pressure drop, HVAC performance, rotating machinery, process equipment and industrial fluid systems.
What Is Computational Fluid Dynamics?
Computational Fluid Dynamics is an advanced engineering simulation method used to study how fluids, gases and heat move through or around a system. It helps engineers predict flow behaviour, pressure drop, turbulence, temperature distribution, heat transfer and system performance before physical testing or manufacturing.
Analyzer CAE Solutions uses CFD to support design validation, performance improvement, troubleshooting and optimization of heat exchangers, piping systems, HVAC systems, process equipment, valves, rotating machinery and industrial flow systems.
CFD Helps Evaluate
Our CFD Simulation Service Capabilities
Analyzer CAE Solutions supports engineering teams with CFD simulation for flow behaviour, heat transfer, pressure drop, cooling performance, rotating machinery and industrial fluid systems.
Advanced CFD Support for Industrial Engineering Decisions
Our CFD consulting services help evaluate complex fluid flow and thermal performance before physical testing or manufacturing. We support product validation, troubleshooting, optimization and design improvement across industrial equipment and process systems.
CFD Software and Solvers We Use
Analyzer CAE uses industry-standard CFD tools and solver workflows for reliable, review-ready simulation of fluid flow, heat transfer, turbulence and thermal performance.
ANSYS Fluent
General-purpose CFD solver for flow, heat transfer, turbulence and multiphase simulations.
ANSYS CFX
CFD support for turbomachinery, rotating systems, pumps, fans and flow equipment.
OpenFOAM
Open-source CFD workflows for customized solver setups and advanced fluid studies.
Meshing Workflows
Structured, unstructured, inflation layer and local refinement strategies for CFD accuracy.
Turbulence Models
k-ε, k-ω SST and other turbulence models selected based on flow physics.
Heat Transfer Models
Conjugate heat transfer, convection, thermal mixing and temperature prediction.
Multiphase Models
Gas-liquid, liquid-solid and particle-flow modelling for industrial applications.
CFD Post-Processing
Velocity contours, pressure plots, streamlines, thermal maps and engineering reports.
CFD Simulation for Industrial Flow and Thermal Systems
Analyzer CAE supports CFD simulation for industries where flow behaviour, pressure loss, heat transfer, ventilation and cooling performance directly affect equipment reliability, safety and operating efficiency.
Oil & Gas
Piping flow, pressure drop, erosion risk, separators, valves and process equipment.
Heat Exchangers
Thermal performance, flow distribution, maldistribution and pressure loss studies.
HVAC & Ventilation
Airflow, cooling effectiveness, thermal comfort, smoke movement and ventilation studies.
Rotating Machinery
Fans, pumps, impellers, compressors and turbomachinery flow performance evaluation.
Process Equipment
Reactors, tanks, ducts, manifolds, filters, mixing systems and industrial flow paths.
Electronics Cooling
Thermal management, enclosure airflow, hot-spot prediction and cooling optimization.
Reducing the Risk of CFD Outsourcing
Analyzer CAE helps engineering teams outsource CFD work with confidence through physics-based setup, mesh-quality checks, solver validation, senior review and structured reporting.
CFD Case Studies and Delivered Projects
Explore selected CFD case studies covering erosion prediction, exhaust stack dispersion, thermal optimization, pressure drop, heat transfer and industrial flow performance.
Predictive Erosion Analysis in Flow Adapter Nozzles
CFD-based erosion analysis for sand-laden crude oil environments to assess nozzle integrity, erosion life and ball release timing after stopper wall degradation.
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Exhaust Vent Stack Dispersion: CFD for Air Quality and Safety
CFD dispersion analysis to evaluate exhaust gas release, identify unsafe zones around industrial facilities and optimize vent stack performance before operation.
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Thermal Optimization of a High-Power EV Charger Using CFD Analysis
CFD thermal optimization for a compact fast EV charger to improve cooling performance, manage heat generation and support high-power charging reliability.
Read Case StudyCFD Consulting FAQs
Quick answers to common questions about CFD simulation, boundary conditions, mesh quality, solver setup and CFD project deliverables.
What inputs are required for a CFD simulation project?
Typical inputs include CAD geometry, operating conditions, fluid properties, inlet and outlet conditions, temperature or heat-load data, expected flow rates, design requirements and any applicable acceptance criteria.
How do you ensure CFD results are reliable?
CFD reliability depends on correct boundary conditions, appropriate mesh quality, suitable turbulence or heat-transfer models, solver convergence and engineering review of the final results. Analyzer CAE documents these assumptions clearly in the report.
Can CFD be used to reduce pressure drop in piping or ducts?
Yes. CFD can identify high-loss regions, recirculation zones, flow separation and geometry-related restrictions. Based on the results, design changes can be proposed to reduce pressure drop and improve flow efficiency.
What deliverables do I receive from a CFD consulting project?
Deliverables typically include methodology, assumptions, CAD preparation details, mesh details, boundary conditions, solver settings, convergence information, result plots, streamlines, pressure and temperature contours, and engineering conclusions.
Get a CFD Simulation Quote
Share your project scope — geometry, fluid type, operating conditions, flow rate, temperature data, pressure requirements and desired turnaround. Our engineers will review your requirement and respond with scope confirmation, methodology and an indicative quote.