This master’s thesis deals with the design and manufacture of a heat exchanger with polymeric hollow fibers for a Formula Student vehicle. The work can be divided into three parts. The first part contains a review of heat transfer and heat exchangers, the second part deals with polymeric fiber heat exchangers design and manufacture of of polymeric hollow fibers heat exchanger with a heat exchanger for a Formula Student vehicle. The last part deals with the comparison of polymeric hollow fibers heat exchanger with the original aluminum heat exchanger and the evaluation of the measurement results
This work aims to present the development stages of a serpentine heat exchanger, composed uniquely o...
The move in the aerospace industry towards More Electric Aircraft (MEA) resulted in an increased int...
This bachelor thesis deals with cooling system of Formula Student vehicle with electric drive. The T...
The incorporation of an in-wheel motor system to the powertrain of a Formula Student car requires an...
Nowadays, different automotive parts (tubing, covers, manifolds, etc.) are made of plastics because ...
The thesis deals with Formula Student cooling system. The thesis is divided to three main parts, the...
This thesis studies a possibility of using hollow fibres for construction of innovative heat exchang...
This Ph.D. thesis is focused on theory and experimental investigations developing of new knowledge a...
The liquid-cooling system based on polymeric hollow fibers (1 mm) embedded inside durable polydicycl...
The project compares the non-metallic/polymer heat exchangers to the current technology in metallic ...
Polymeric hollow fibers heat exchangers can be effectively used for flue gas cooling. These heat exc...
Paper provides comparison of different heat exchangers which differ in length, number and material o...
Polymeric hollow fibre heat exchangers are the new alternative to common metal heat exchangers. Thes...
Cieľom práce bolo navrhnúť chladiacu sústavu v súlade s pravidlami súťaže Formula Student a vymedziť...
The thesis focuses on the polymer hollow fibres heat exchangers. The main object of the research is ...
This work aims to present the development stages of a serpentine heat exchanger, composed uniquely o...
The move in the aerospace industry towards More Electric Aircraft (MEA) resulted in an increased int...
This bachelor thesis deals with cooling system of Formula Student vehicle with electric drive. The T...
The incorporation of an in-wheel motor system to the powertrain of a Formula Student car requires an...
Nowadays, different automotive parts (tubing, covers, manifolds, etc.) are made of plastics because ...
The thesis deals with Formula Student cooling system. The thesis is divided to three main parts, the...
This thesis studies a possibility of using hollow fibres for construction of innovative heat exchang...
This Ph.D. thesis is focused on theory and experimental investigations developing of new knowledge a...
The liquid-cooling system based on polymeric hollow fibers (1 mm) embedded inside durable polydicycl...
The project compares the non-metallic/polymer heat exchangers to the current technology in metallic ...
Polymeric hollow fibers heat exchangers can be effectively used for flue gas cooling. These heat exc...
Paper provides comparison of different heat exchangers which differ in length, number and material o...
Polymeric hollow fibre heat exchangers are the new alternative to common metal heat exchangers. Thes...
Cieľom práce bolo navrhnúť chladiacu sústavu v súlade s pravidlami súťaže Formula Student a vymedziť...
The thesis focuses on the polymer hollow fibres heat exchangers. The main object of the research is ...
This work aims to present the development stages of a serpentine heat exchanger, composed uniquely o...
The move in the aerospace industry towards More Electric Aircraft (MEA) resulted in an increased int...
This bachelor thesis deals with cooling system of Formula Student vehicle with electric drive. The T...