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Faculty of Mechanical Engineering
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Institute of Thermodynamics
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Institute of Thermodynamics
Research
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Heat and Mass Transfer
Research Projects
Development of an additively manufactured lightweight heat exchanger for cooling waste heat streams in fuel cell-powered aircraft
Development of additively manufactured high-pressure mini-channel heat exchangers for use in hydrogen filling stations
Flow Patterns and Heat Transfer in a Vertical Two-Phase Corrugated Tube Geothermal Probe
Development and testing of additively manufactured ultra-compact evaporators & condensers for high pressure and high temperature - AddVerKon
Additively manufactured internal structures for compact heat exchangers
Continuous cryopreservation of erythrocyte concentrate using the float method
CO2 Geothermal Probes for Heat Pump Operation
Evaporation and Condensation in Plate Heat Exchangers with Functionalized Surfaces from a Femtosecond Laser Process
Efficient Use of Coolant in Narrow Kerfs During the Sawing of Titanium Alloys via Simulation of Thermal and Mechanical Fluid-Solid Interactions (Effi-Ti-Sim)
Research Projects in the Field of Heat and Mass Transfer
Development of an additively manufactured lightweight heat exchanger for cooling waste heat flows in fuel cell-powered aircraft
Development and testing of additively manufactured ultra-compact evaporators & condensers for high pressure and high temperature - AddVerKon
Continuous cryopreservation of erythrocyte concentrate using the float method
© LUH-IfT
Evaporation and condensation in plate heat exchangers with functionalized surfaces from a femtosecond laser process
Development of additively manufactured high-pressure mini-channel heat exchangers for use in hydrogen filling stations
Additively manufactured internal structures for compact heat exchangers
© IfT, Leibniz Universität Hannover
CO2 geothermal probes for operating heat pumps
Efficient Use of Coolant in Narrow Kerfs During the Sawing of Titanium Alloys via Simulation of Thermal and Mechanical Fluid-Solid Interactions (Effi-Ti-Sim)
Flow patterns and heat transfer in a vertical two-phase corrugated geothermal probe
Research Projects
General Overview Research Projects
Development of an additively manufactured lightweight heat exchanger for cooling waste heat streams in fuel cell-powered aircraft
Development and testing of additively manufactured ultra-compact evaporators & condensers for high pressure and high temperature - AddVerKon
Continuous cryopreservation of erythrocyte concentrate using the float method
Evaporation and Condensation in Plate Heat Exchangers with Functionalized Surfaces from a Femtosecond Laser Process
Development of additively manufactured high-pressure mini-channel heat exchangers for use in hydrogen filling stations
Additively manufactured internal structures for compact heat exchangers
CO2 Geothermal Probes for Heat Pump Operation
Efficient Use of Coolant in Narrow Kerfs During the Sawing of Titanium Alloys via Simulation of Thermal and Mechanical Fluid-Solid Interactions (Effi-Ti-Sim)
Flow Patterns and Heat Transfer in a Vertical Two-Phase Corrugated Tube Geothermal Probe
Faculty of Mechanical Engineering
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