Velocity Distribution
We analyze how flows behave in your systems and machinery – precisely and transparently. This provides you with valuable insights, e.g., for identifying dead zones, improving flow, or reducing pressure losses.
Precisely Analyze Velocity Distribution
Optimized Flow for
Maximum Efficiency
With a velocity distribution analysis, the movements of liquids or gases in your systems and machinery can be precisely captured. This reveals where high or low flow velocities occur, whether dead zones are forming, or if the flow is unevenly distributed.
These insights help optimize processes, reduce energy losses, and extend the service life of components. Using modern CFD (Computational Fluid Dynamics) simulations, you get a clear picture of velocity profiles, pressure gradients, and flow patterns – directly applicable to design, optimization, and operation.
Our services
Flow Analyses – Efficiency and Process Reliability
With CFD calculations, we precisely capture the flow behavior in your systems, identify optimization potential, and create the foundation for efficient and reliable processes. The insights gained support you in planning, development, and improvement of your systems.
Learn moreTemperature Distribution
CFD simulations can be used to realistically model the heating and cooling behavior of your flows.
Mixing of fluids
Understand how two media mix within your tanks and achieve faster homogenization.
Flow Optimization
Increased efficiency and improved performance of your systems through targeted flow optimization based on our experts' recommendations.
Velocity distribution analyses are worthwhile when...
Your challenges – our solutions
You want to understand and optimize the velocity distribution in systems or components – even before physical prototypes are built.
You want to identify areas with unfavorable flow – such as dead zones, uneven distribution, or excessive local velocities.
You want to model flows realistically – e.g., to optimize pumps, ventilation, cooling channels, or mixing processes.
You want to quickly compare variants – through simulation-based analyses instead of time-consuming individual tests.
Real tests seem too complex, expensive, or difficult to measure – e.g., for internal flows or complex geometries.
Advantages of Velocity Analyses
Measurable value. Verifiable quality.
With virtual flow simulations and sound calculations, we support you in optimizing the velocity distribution in your systems, identifying flow problems early, and increasing the efficiency of your systems. Our goal: reliable results you can count on.
Flow Distribution Analysis
We precisely determine how flow velocities are distributed in your components or systems. This allows dead zones, uneven flow rates, or excessive velocities to be identified and corrected early.
Cost-Effective Optimization
With CFD calculations, variants can be tested virtually – quickly, cost-effectively, and without expensive physical prototypes. Changes can thus be easily implemented and re-tested.
Faster Decisions
Reliable simulation results provide you with well-founded data early on for design, modification, or process adjustment – for shorter development times and greater planning certainty.
Our expertise for your project
We look forward to your inquiry!
As a specialized engineering firm for CFD calculations and simulations, we offer sound technical support for the investigation and optimization of your processes and systems.
Do you have questions, need an assessment, or would you like to get started right away?
We look forward to hearing from you – by phone, email, or in person.
Your contact: Jonas Compart
elbcore engineers GmbH
Lerchenstraße 28a
22767 Hamburg
Strong across industries
Our services are used across industries
Our engineering services are used in a wide range of industries – wherever safety, efficiency, and technical precision are required.
Plant & vessel engineering
Electrical engineering
Mechanical engineering
Metal / steel construction
Shipbuilding
Special-purpose machinery
Valve & pump technology
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Schedule a consultation now or send us a project inquiry.
Frequently asked questions (FAQ)
Quick answers. Clear solutions.
Here you will find answers to the most frequently asked questions about our services.
What information do we need to provide to start a project?
For an efficient velocity distribution analysis, we require your CAD data, the relevant boundary conditions (e.g., volume flow rates, operating pressures), and information about your goal – e.g., optimization of flow distribution, elimination of dead zones, or efficiency improvement. Send us your data easily via our inquiry form – we will review what is possible free of charge.
How long does a typical velocity analysis take?
The time required depends heavily on the complexity of the geometry, the specific question, and the computational effort. Initial results for simple cases are often possible within a few days – complex projects may require several weeks. We would be happy to discuss your project – click here for a free consultation.
Do you also support result interpretation and optimization?
Absolutely. We don’t just provide clear flow visualizations, but also clear recommendations – whether for flow guidance, distribution optimization, or geometry adjustment. Use our experience to derive real improvements for your system from the simulation results.
Are CFD simulations economically viable for small projects or medium-sized companies?
Yes – through targeted questions and lean modeling, velocity distribution analyses are often more cost-effective than elaborate test runs or prototypes. Talk to us about your idea – together we will find a realistic and cost-efficient solution.
Do you still have questions? We are here for you.
Contact us now