01 / CFD & HEAT TRANSFER
Heat Exchanger Flow Analysis
Investigate fluid distribution, temperature fields, pressure drop and heat-transfer behaviour in suitable exchanger geometries and operating conditions.
Industry Solutions · Thermal & Heat Transfer Equipment
Optimise Heat Transfer, Cooling and Thermal Performance
Use thermal analysis and CFD to investigate heat exchangers, cooling systems, thermal equipment, flow distribution and heat-transfer performance.
CAD · CAE · FEA · CFD · Thermal & Flow Simulation · Engineering Software
Precision. Performance. Reliability.
Turn thermal challenges into engineering insight
Heat exchangers and thermal equipment depend on effective heat transfer, controlled pressure drop, appropriate flow distribution, material selection and reliable operation. Digital simulation can help compare concepts, investigate hotspots and understand the balance between thermal performance and pumping or fan requirements.
Benedes Engineering supports thermal-fluid engineering workflows through CFD, FEA and engineering software solutions for heat exchangers, cooling circuits, HVAC-related equipment and industrial thermal systems.
- Investigate temperature distribution and heat-transfer performance.
- Study pressure drop, velocity distribution and flow maldistribution.
- Evaluate thermal expansion and structural response where needed.
- Compare cooling concepts and operating scenarios using defined assumptions.
- Support software selection, setup, training and simulation workflows.
Thermal-fluid simulation for cooling and heat-transfer equipment
Our Engineering Capabilities
From digital design to simulation-led validation
Choose the right combination of engineering software and technical services to investigate design performance, improve confidence and support your development workflow.
02 / THERMAL DESIGN
Thermal Mapping & Hotspots
Explore temperature distribution and potential hot regions in equipment, enclosures, cooling plates and heat-generating assemblies.
03 / FLOW OPTIMISATION
Pressure Drop & Flow Distribution
Evaluate flow balance, velocity profiles and pressure losses in channels, manifolds, ducts and cooling circuits to help compare design options.
04 / STRUCTURAL RESPONSE
Thermal Stress & Expansion
Assess thermal expansion, restraint effects and temperature-driven stress where coupled or sequential thermal-structural analysis is appropriate.
05 / SYSTEM MODELLING
Cooling Circuits & Networks
Use appropriate flow-system tools to investigate network behaviour, operating points, pressure loss and flow distribution across connected components.
06 / ENGINEERING SOFTWARE
Simulation Workflow & Support
Access guidance on CFD, thermal and structural tools, including product selection, implementation, technical support and training.
Applications
Where our engineering capabilities can help
Our software and simulation capabilities can support a range of mechanical, thermal and fluid engineering problems. The exact scope depends on component details, operating conditions, available data and project requirements.
Shell-and-Tube Heat Exchangers
Plate Heat Exchangers
Battery & Electronics Cooling
Air-Cooled Equipment
HVAC & Ventilation Systems
Industrial Cooling Circuits
Thermal Enclosures
Process Heat RecoveryEngineering Software Portfolio
Connected design and simulation workflows
Modern product development benefits when geometry, simulation models and engineering decisions are connected. Benedes can help you explore software suited to your design and analysis needs, including tools for CAD, structural analysis, computational fluid dynamics and lifecycle collaboration.
As a Siemens-authorized Value-Added Channel Partner, Benedes supports customers with Siemens Digital Industries Software products, alongside selected complementary engineering solutions.
A Practical Approach
Start with the engineering question
Every project has different loads, constraints, materials, operating environments and acceptance criteria. We begin by understanding your objective and then discuss an appropriate software, support or simulation approach.
- Clarify the design issue, operating envelope and required output.
- Review geometry, materials, boundary conditions and available test data.
- Identify a suitable software workflow or analysis scope.
- Agree on deliverables, assumptions, review points and next steps.
How We Work
A clear process from problem definition to engineering insight
A structured workflow helps align the analysis or software solution with your design intent and project expectations.
Understand
Discuss the product, system, engineering question and key concerns.
Define
Review available geometry, materials, operating conditions and criteria.
Configure
Select a suitable software workflow or analysis scope.
Evaluate
Review results, assumptions, sensitivities and areas needing attention.
Support
Discuss findings and next steps for design iteration or team enablement.
Business & Engineering Value
Make engineering decisions with greater clarity
Simulation and connected engineering tools can help teams identify issues earlier and evaluate design options before committing to expensive physical changes.
BENEFIT 01
Understand heat-transfer patterns
Investigate performance questions during design development.
BENEFIT 02
Compare pressure-drop trade-offs
Compare options and focus physical testing where it adds value.
BENEFIT 03
Identify potential hotspots
Connect design and simulation with repeatable review practices.
BENEFIT 04
Support more informed thermal design
Support engineers with suitable tools, guidance and training.
Frequently Asked Questions
Thermal & Heat Transfer Equipment Engineering Support
Can you help analyse heat exchanger performance?
We can discuss CFD-based studies of flow distribution, temperature fields, pressure drop and heat-transfer behaviour. Model complexity and validation needs depend on exchanger type and available data.
Can simulation help reduce pressure drop?
Simulation can compare velocity distribution and pressure loss across candidate designs. Any improvement must be interpreted alongside heat-transfer requirements, operating range and validation.
Can you assess thermal stress in equipment?
Thermal-structural analysis may help evaluate temperature-driven expansion and stress where appropriate thermal loads, constraints and material properties are available.
Which software is useful for thermal-fluid problems?
Depending on the task, options may include Simcenter STAR-CCM+, FloEFD and Flomaster, along with structural tools for thermal stress and deformation.
Let’s Discuss Your Requirements
Bring your thermal & heat transfer equipment engineering challenge to Benedes
Whether you need engineering software, simulation support or technical guidance, let’s discuss the problem and identify a practical next step.
Engineering support and software suitability are confirmed project by project. Simulation is an engineering aid and does not replace required certification, qualification, physical testing or independent safety approval.