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Engineering Better Products Through CFD
SEAM uses advanced Computational Fluid Dynamics (CFD) simulation to help companies predict, analyse and optimise fluid flow, heat transfer, pressure, ventilation and cooling performance before products or systems are manufactured. Our engineers combine industry-leading ANSYS simulation tools with practical engineering expertise to reduce development risk, improve performance and accelerate innovation.
CFD Industry Applications
Airflow & Ventilation
Analyse airflow distribution, air movement and ventilation effectiveness within buildings, cleanrooms, production areas and enclosed spaces. CFD can identify stagnant zones, uneven air distribution and opportunities to improve indoor conditions.
Heat Transfer & Thermal Analysis
Model how heat moves through fluids, equipment and surrounding environments. Identify hot spots, temperature variations and thermal inefficiencies to improve cooling, energy performance, reliability and product life.
Fluid Flow Analysis
Visualise how liquids and gases move through pipes, ducts, tanks, valves and complex systems. Our engineers identify flow restrictions, recirculation zones, turbulence and areas of inefficient fluid movement.
Pressure Drop Analysis
Assess pressure changes throughout pipes, ducts, filters, valves and process equipment. CFD helps identify excessive pressure losses and supports improvements in system performance, pump selection and energy efficiency.
Cooling System Optimisation
Evaluate the performance of cooling systems used in electronics, machinery, industrial equipment and data centres. Identify airflow restrictions and hot spots before making costly physical or operational changes.
Mixing & Process Performance
Analyse how liquids, gases, particles or chemicals mix within tanks and process equipment. CFD can improve mixing quality, reduce processing time and support more consistent production outcomes.
Multiphase Flow Analysis
Model systems involving more than one phase, including liquid and gas, particles in fluids or free-surface movement. This can support applications such as wastewater treatment, separation, filling and chemical processing.
APPLICATIONS
Our CFD capabilities enable engineers to simulate and optimise complex fluid behaviour across a wide range of industrial applications. From airflow and heat transfer to cooling performance and process optimisation, our analysis provides the insight needed to improve performance and reduce development risk.
Airflow Analysis
Heat Transfer & Cooling
Pressure Drop
Ventilation Performance
Pumping & Flow Systems
Data Centres & Equipment Cooling
TYPICAL OUTPUTS
- Colour deviation maps
- Tolerance analysis
- Cross-sectional comparisons
- Detailed measurement reports
Submit an Enquiry
Speak directly with SEAM’s experienced industry specialists to discuss your project. Every enquiry is reviewed by highly qualified engineers and technical experts who will recommend the most appropriate testing or analysis approach based on your requirements.
Whether you need independent validation, product development support, quality assurance or failure investigation, we’re here to help. Following completion of the work, you’ll receive a comprehensive technical report outlining the methodology, findings and recommendations, giving you the confidence to make informed engineering and business decisions.
Complete the enquiry form today and a member of our team will be in touch to discuss your requirements and the next steps.
Request CFD Solutions
Every CFD project is reviewed by experienced simulation engineers and technical specialists. Following an initial consultation, we’ll assess your objectives and operating conditions before recommending the most appropriate modelling approach. Upon completion, you’ll receive a comprehensive technical report containing simulation results, visualisations, engineering analysis and practical recommendations to support design optimisation and informed decision-making.
Frequently Asked Questions
What is Computational Fluid Dynamics
Computational Fluid Dynamics (CFD) is an advanced engineering simulation technique used to analyse the behaviour of liquids and gases. By creating virtual models of real-world operating conditions, CFD helps engineers optimise designs, improve performance and reduce the need for physical testing.
What industries can benefit from CFD?
CFD is widely used across medical devices, pharmaceuticals, advanced manufacturing, energy, food processing, construction, aerospace, automotive, environmental engineering and process industries where fluid flow, heat transfer or ventilation performance is critical.
What engineering problems can CFD solve?
CFD can be used to analyse airflow, fluid flow, heat transfer, cooling performance, pressure drop, mixing processes, ventilation systems, pump performance, combustion, particle movement and many other complex engineering challenges.
Why use CFD before manufacturing?
Simulation allows potential design issues to be identified before prototypes are produced, helping to reduce development costs, shorten design cycles, improve product performance and minimise technical risk.
What software does SEAM use for CFD analysis?
SEAM uses industry-leading simulation software, including ANSYS Fluent and related engineering tools, enabling accurate and reliable analysis across a wide range of industrial applications.
Can CFD reduce product development costs?
Yes. CFD reduces the number of physical prototypes required, identifies design improvements early in the development process and enables engineers to make informed decisions before manufacturing begins.
What information is needed to start a CFD project?
Typically, we require a CAD model, details of the operating conditions, material properties, expected flow rates or temperatures, and the engineering objectives. Our engineers will guide you through the process and define the simulation requirements.