Off-highwayCFD simulation
Heat-exchanger flow distribution
An unfavorable inlet geometry left large parts of the cooler matrix under-supplied. CFD exposed the recirculation and guided the geometry iterations.
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Project examples
Customer-independent dossiers from vehicle engineering, rail, energy storage, process engineering and aviation – clearly separating documented analyses from archived project scopes.

Cooling, airflow, pressure loss and component integration in constrained installation spaces for agricultural and construction machinery.
Off-highwayCFD simulation
An unfavorable inlet geometry left large parts of the cooler matrix under-supplied. CFD exposed the recirculation and guided the geometry iterations.
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Off-highwayCFD simulation
Two design variants were compared in terms of airflow, pressure loss and transferable cooling duty.
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Off-highwayCFD simulation
Airflow, pressure loss and hot-air recirculation were assessed before a prototype of the enclosed machine was built.
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Off-highwayCFD simulation
A full-machine assessment combined inlet and outlet routing, pressure loss, component position and fan demand.
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Off-highwayCFD simulation
A full-machine CFD assessment investigated why the existing fan and airflow arrangement did not meet the cooling requirement.
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Off-highwayCFD simulation
Several installation positions were compared using volume flow and back pressure through the exhaust shaft.
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Off-highwayCFD simulation
Geometry variants were compared in terms of airflow, resistance and wake stability.
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Off-highwayCFD simulation
A full-vehicle model combined heat balance, airflow and system resistance to support preliminary cooling-component selection.
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Off-highwayCFD simulation
Four enclosure variants exposed how hood volume and openings affected airflow, pressure loss and temperature while the design was still fluid.
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Off-highwayCFD simulation
A staged CFD study linked radial blower, volute, air channels and several sieve levels in a system-wide assessment of cleaning airflow.
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Off-highwayCFD simulation
Two reservoir geometries were structured as a steady internal-flow study of short-circuit paths, mixing regions and residence behaviour relevant to deaeration.
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Off-highwayCFD simulation
A transient thermal scope linked heating and cooling capacity, airflow distribution, surface temperatures and external loads for comparison of compact HVAC concepts.
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Off-highwayCFD simulation
A sequence of CFD assignments assessed cross-sections, routing variants, environmental states and multi-branch air distribution in high-flow intake systems.
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Off-highwayCFD simulation
CFD comparisons of exhaust paths combined system resistance, branch split, section uniformity and packaging in a documented routing trade study.
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Off-highwayCFD simulation
A CFD variant study reassessed a cooling system after changing fan direction and linked operating point, enclosure openings and local turning losses.
View projectStructures, durability and fluid systems: static, modal and fatigue assessment plus CFD for lines, brackets, elastomers, corrugated hoses, actuators and fastening components.
AutomotiveFEA · fatigue
An automated FEA workflow assessed routed tube and hose assemblies with brackets across static loads, modes, vibration excitation and fatigue.
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AutomotiveFEA · static / nonlinear
Nonlinear structural models assessed deformation, contact and load transfer in compact spring, bump-stop and elastomer assemblies.
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AutomotiveFEA · static and CFD
Related assignments combined structural mechanics and internal flow to assess flexible line sections for movement, local demand and flow resistance.
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AutomotiveCFD · steady-state
Several internal-flow assignments combined lines, couplings and cleaning paths into temperature-dependent resistance characteristics for complete liquid circuits.
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AutomotiveCFD · steady-state
A CFD variant study assessed how an upstream elbow changed inlet profile, internal flow and the resulting hydraulic action of a fluid actuator.
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Automotive · E-mobilityFEA · static
Parametric structural models assessed clips, brackets and compact fastening parts for assembly, contact, load path and local overstress.
View projectAerodynamics, driver-cab climate, fire assessment and powerpack cooling.
RailCFD simulation
Whole-vehicle and cab-front accounts were consolidated into an aerodynamic variant study.
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RailCFD simulation
Normal operation and defined fire scenarios were modeled to assess temperature histories at detector locations.
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RailCFD simulation
A transient thermal-flow analysis assessed heating, cooling and temperature distribution in a driver cabin under extreme ambient conditions.
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RailCFD simulation
Pressure, velocity and temperature fields were compared at standstill and in motion to assess cooling paths and recirculation.
View projectTemperature distribution, climate control, module spacing and system resistance in containers.
Energy & storageCFD simulation
A parametric CFD study examined how narrower gaps between battery modules affect pressure loss and cooling performance.
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Energy & storageCFD simulation
The dossier combines a thermal container analysis with method-led selection of air-conditioning, outside-air and enclosure concepts for stationary storage.
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Energy & storageCFD simulation
A module-level thermal scope compared passive heat rejection and forced-air cooling to assess transient temperature development and inlet/outlet routing.
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Energy & storageThermal analysis
A coupled electro-thermal model boundary linked cells, current-carrying interconnects and integrated cooling channels for time-dependent assessment of a load profile.
View projectShape optimization, process flow and structural assessment.
Process & plant engineeringCFD simulation
CFD and adjoint optimization were used to develop a compact flow turn within defined packaging constraints.
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Process & plant engineeringCFD simulation
CFD assessed the form and orientation of separator baffles whose movement through pipe bends could impair stable operation.
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Process & plant engineeringCFD simulation
Flow simulations assessed air routing, gas transport and the effect of regular and additional extraction paths inside a partially filled process enclosure.
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Process & plant engineeringCFD simulation
A separate CFD study assessed dilution and removal of a released gas in an industrial bunker across regular and additional ventilation states.
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Process & plant engineeringThermal analysis
Analytical heat-exchanger sizing and thermal CFD were combined to assess cooling duty, outlet state and flow resistance in a compact helical-coil system.
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Process & plant engineeringCFD simulation
A compressible internal-flow analysis described valve throughput across several pressure states and connected the characteristic curve to local loss mechanisms.
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Process & plant engineeringCFD simulation
External-flow CFD compared windbreak geometries and their influence on intake, discharge, local pressure and wind loading around a standalone technical installation.
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Process & plant engineeringCFD simulation
A reduced-order CFD approach translated the complex tube-and-fin structure of an industrial heat exchanger into a defensible resistance model for the plant-level network.
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Process & plant engineeringCFD simulation
CFD variants linked pressure loss, bypass split and thermal-equipment approach flow in a system-level assessment of an industrial waste-heat path.
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Process & plant engineeringCFD simulation
A multiphase assessment connected the flow field with particle paths and impact patterns to classify potential wear concentrations in a hot process-gas route.
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Process & plant engineeringCFD simulation
Gas-particle CFD compared chamber and guide variants intended to divert hot or coarse particles away from the main stream before downstream equipment.
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Process & plant engineeringCFD simulation
A CFD analysis assessed how primary air passed through distributors and inlet openings into an industrial combustion chamber and spread across the relevant section.
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Process & plant engineeringCFD simulation
A thermal CFD scope compared internal guide geometries for mixing several hot process-gas streams and their effect on outlet uniformity and pressure loss.
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Process & plant engineeringCFD simulation
A multiphase CFD scope addressed the split of gas and solids upstream of two fan inlets and the effect of targeted guide geometry on asymmetric loading.
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Process & plant engineeringCFD simulation
A CFD-to-measurement study considered an axial fan within its test or installation geometry and extended the comparison across geometric variants.
View projectStatic, dynamic and nonlinear assessment of assemblies, fluid lines, fasteners and interfaces.
Process & plant engineeringFEA structural analysis
A finite-element model assessed the assembly, welded joints and support reactions across operating, exceptional and vibration load families.
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Process & plant engineeringFEA structural analysis
An analytical and numerical assessment linked preload, contact state and changing external loads in a traceable verification of bolt and surrounding structure.
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Process & plant engineeringThermal analysis
A heat-conduction and boundary-condition model compared beam and support variants to limit heat transfer from hot equipment into the frame and sliding bearings.
View projectAerodynamic and structural development support for a cargo UAV.
AerospaceCFD simulation
Termoflow supports unmanned-aircraft development with aerodynamic, thermal and structural analysis.
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