Temperature distribution
We use precise CFD analyses to visualize the temperature distribution in your systems. This enables early detection of critical areas, optimization of heat management and improvement of the overall performance of your system.
Precisely simulate temperature distribution
Optimized temperature control for
maximum efficiency
Temperature fields in components, systems or processes can be precisely recorded with a simulation of the temperature distribution. This makes it possible to see where heat builds up, is unevenly distributed or where critical overheating and cold areas occur.
These findings help to optimize cooling and heating processes, reduce energy losses and extend the service life of components. With the help of modern CFD simulations (Computational Fluid Dynamics), you get a clear picture of temperature profiles, heat flows and relevant hotspots – directly applicable for design, optimization and operation.
Our range of services
Flow analyses - efficiency and process reliability
We use CFD calculations to precisely record the flow behaviour in your systems, identify optimization potential and create the basis for efficient and reliable processes. The knowledge gained supports you in the planning, development and improvement of your systems.
Speed distribution
We analyze how fluids move through your component and where particularly high or low thread speeds occur.
Mixing of fluids
Understand how to mix two media in your tanks and achieve faster homogenization.
Temperature distribution analyses are worthwhile when...
Your challenges - our solutions
you want to understand and optimize the temperature distribution in systems or components - even before physical prototypes are built.
You want to identify areas with uneven heating or cooling - such as hotspots, cold areas or inefficient heat distribution.
you want to map temperature fields realistically - e.g. to optimize cooling and heating systems or processes with sensitive temperature control.
You want to compare variants quickly - using simulation-based analyses instead of time-consuming individual tests.
you find real temperature measurements too complex, expensive or difficult to carry out - e.g. for internal flows or complex geometries.
Advantages of temperature analysis
Measurable benefits. Verifiable quality
With virtual flow and heat simulations, we support you in optimizing the temperature distribution in your systems, detecting heat problems at an early stage and increasing the efficiency of your systems. Our claim: reliable results that you can rely on.
Simulation of the temperature distribution
We precisely determine how temperatures are distributed in your components or systems. This allows hotspots, cold areas or inefficient heat conduction to be identified at an early stage and rectified in a targeted manner.
Cost-efficient optimization
With CFD calculations, variants can be tested virtually - quickly, cost-effectively and without expensive physical prototypes. Changes can be easily implemented and tested again.
Faster decisions
Reliable simulation results provide you with sound data for design, conversion or process adaptation at an early stage - for shorter development times and greater planning reliability.
Our expertise for your project
We look forward to your inquiry!
As a specialized engineering office for CFD calculations and simulations, we offer you sound technical support in the calculation of temperature distributions in your systems and machines.
Do you have questions, need an assessment or want to get started right away?
We look forward to hearing from you – by phone, e-mail or in person.
Your contact person: Jonas Compart
elbcore engineers GmbH
Lerchenstraße 28a
22767 Hamburg
Strong across all sectors
Our services are used throughout the industry
Our engineering services are used in a wide range of industries - wherever safety, efficiency and technical precision are required.
Plant & tank construction
Electrical engineering
Mechanical engineering
Metal / steel construction
Shipbuilding
Special machine construction
Valve & pump technology
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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 in order to start a project?
For an efficient simulation of the temperature distribution, we need your CAD data, the relevant boundary conditions (e.g. temperatures, heat sources, heat sinks, material properties) and information about your objective – e.g. optimization of temperature control, avoidance of hotspots or improvement of cooling. Simply send us your data via our inquiry form or directly by email to info@elbcore-engineers.de
How long does a typical simulation of the temperature distribution take?
The time required depends heavily on the complexity of the geometry, the problem and the computational effort. Initial results for simple cases are often possible at short notice – more complex projects may require more time. Let us talk about your project – click here for a free consultation.
Do you also provide support in interpreting and optimizing results?
Absolutely. We not only provide clear temperature profiles, but also clear recommendations for action – whether for cooling, thermal insulation or even heat distribution. Use our experience to derive targeted improvements for your application from the simulation results.
Do CFD simulations also make economic sense for small projects or medium-sized companies?
Yes – by asking specific questions and using lean modeling, temperature distribution analyses are often cheaper than complex measurements or prototype tests. Talk to us about your idea – together we will find a realistic and cost-effective solution.
Do you still have questions? We are here for you.
Contact us now