Hylley goes Machine Learning
Hylley is going to cooperate with research group of Stefan Posch at ITNA - Institut für Thermodynamik und Nachhaltige Antriebssysteme (TU Graz) in sensor data processing....
News
Master Thesis David Kapeller
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Publication: Fast Filling of CHG2 Tanks
Experimental and Simulative Evaluation of Temperature Increase During Fast Filling of CGH2 Tanks...
Publication: Anomaly Assessment
Experimental quantification and assessment of combustion anomalies under defined operating conditions of a heavy-duty hydrogen engine...
Success Story: High-Resolution Spark Plug Imaging
Spark plugs for spark-ignited hydrogen internal combustion engines present engineers with new challenges regarding materials and preliminary spark plug electrode wear. High-resolution micro- and macroscopic imaging is produced to support research activities and to provide excellent visual support to show wear mechanisms within HYLLEY....
Success Story: Method for assessing combustion anomalies
At Hylley, we developed a method to assess and quantify the occurrence of combustion anomalies on hydrogen engines without harming the actual test engine. Combustion anomalies are a paramount challenge in hydrogen engine development. The data gathered with this method will serve as a valuable basis for the further development of engines and methods....
