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Computational Fluid Dynamics

CFD Services For Real-World Engineering Problems

Adriti supports engineering teams with pragmatic, simulation-led insight into how fluids and heat behave in and around their products and assets. Our role is to help you make better design and investment decisions, using trusted CFD tools and experienced engineers rather than hype.

External Aerodynamics & Marine Behaviour

Internal Networks, Valves & Rotating Machinery

Thermal Management & HVAC Environments

Multiphase, Reacting & Compressible Flows

WHAT YOU CAN EXPECT

MEASURED, TRANSPARENT ENGINEERING SUPPORT

We focus on clear scopes, realistic assumptions and results that can be explained to engineers, managers and partners. Each CFD engagement is anchored in your geometry, operating envelopes and decision points, with an emphasis on traceable workflows and documented modelling choices.

HOW WE COLLABORATE

FROM TARGETED STUDIES TO ONGOING SUPPORT

Depending on your needs, we deliver one-off studies, series of design iterations or ongoing simulation support. We are comfortable working alongside in-house teams, sharing models and approaches rather than keeping them locked away.

Send Us A Short Description Of Your System And Objectives We'll Respond With Suggested Scope And Next Steps.

COMPUTATIONAL FLUID DYNAMICS

WHERE CFD TYPICALLY HELPS

A concise view of the kinds of problems we are asked to look at from flow around products to comfort in spaces and performance of process equipment.

EXTERNAL & MARINE FLOWS

FLOW AROUND VEHICLES, STRUCTURES AND HULLS

Vehicles And Equipment

Drag, lift and flow separation around road, rail and off-highway platforms.

Wind And Comfort Around Buildings

pedestrian wind comfort, localised loading and pollutant dispersion in urban settings.

Marine Hydrodynamics

resistance, free-surface behaviour and wave impact for hulls and marine structures.

INTERNAL FLOWS & ROTATING EQUIPMENT

NETWORKS, VALVES, PUMPS AND FANS

Piping And Duct Systems

pressure loss, flow distribution and risk of dead zones in process and HVAC networks.

Valves And Fittings

characterising behaviour across operating ranges to support sizing and selection.

Pumps, Compressors And Fans

performance curves, efficiency and recirculation issues for rotating machinery.

THERMAL & HVAC

COMFORT, RELIABILITY AND COOLING

Rooms And Buildings

airflow patterns, temperature stratification and air-change effectiveness in offices, labs and healthcare spaces.

Electronics and equipment cooling

conjugate heat transfer for boards, power modules and enclosures.

Data centres and technical spaces

hot-spot identification and cooling strategy optimisation.

Advanced flow physics

Multiphase, reacting and compressible regimes

Multiphase systems

gas–liquid, liquid–solid and bubbly flows where more than one phase matters.

Reacting flows

burners, furnaces and reactors where chemistry and heat release drive behaviour.

Compressible and high-speed flows

nozzles, ejectors and high-Mach applications.

If Your Challenge Sits Close To Any Of These Examples,there is a good chance CFD can add clarity.

We are happy to share examples and talk through what level of modelling is appropriate before any formal engagement.

COMPUTATIONAL FLUID DYNAMICS

OUR WAY OF WORKING

Borrowing from leading simulation partners, our approach is straightforward: listen first, model carefully, then communicate results in plain language.

GROUNDED ENGINEERING, NOT BLACK-BOX SIMULATION

We treat CFD as one of several tools available to your engineers. Our team is transparent about assumptions, mesh strategies and solver choices, and we encourage joint review sessions with your team.

The goal is for you to be comfortable explaining the results internally and to partners.

Clear Documentation Of Geometry, Boundary Conditions And Model Settings.

Where Possible, Comparison With Measurements Or Operational Data.

Focus On Trends And Design Choices, Not Just Colourful Plots.

FLEXIBLE ENGAGEMENT, MODEST PROMISES

Like established simulation houses, we prefer realistic expectations.

We recommend testing whenever CFD isn't the right tool.

Options Ranging From Quick Indicative Studies To Detailed Design Support.

Ability To Hand Over Models And Workflows To Your Internal Team.

Honest Guidance When CFD Is Not The Right Tool.

Curious Whether CFD Is A Fit? Share a short description or sketch of your system and we'll respond with an informal view on applicability, effort and likely value – before you commit to a full project.

PROOF, NOT PROMISES

CUSTOMER SUCCESS STORIES, BY INDUSTRY

A sample of engagements across our sectors. More case studies are being prepared as current programmes reach a publishable stage.

SUBMARINE MAST THERMAL ANALYSIS DLRL
DEFENCE & NAVAL

SUBMARINE MAST THERMAL ANALYSIS DLRL

Conjugate heat-transfer simulation of a submarine mast assembly, validating thermal margins for embedded electronics under sustained operational loads.

CFD · Thermal · DLRL
ADVANCED FILTRATION SYSTEM CFD — ERIKS UK
INDUSTRIAL & PROCESS

ADVANCED FILTRATION SYSTEM CFD — ERIKS UK

Multiphase CFD study of an advanced filtration system for ERIKS UK's Expel range, characterising pressure drop and flow uniformity across duty conditions.

CFD · Multiphase · ERIKS - UK · Expel
DATA-CENTER HVAC COOLING
AEROSPACE

DATA-CENTER HVAC COOLING

Delivered a CFD-driven HVAC cooling assessment that verified system redundancy, optimized cooling performance, and ensured reliable operations.

HVAC

Engineering Intelligence. Proven by Physics.

Discover how AI-driven engineering simulation and multiphysics solutions solve complex challenges across defence, aerospace, marine, and industrial sectors.

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