CIMAC CASCADES 2024
Welcome to CIMAC CASCADES Germany 2024!
- Universität Rostock
- Fakultät für Maschinenbau und Schiffstechnik (MSF)
- Großer Hörsaal
- Albert-Einstein-Str. 2
- 18059 Rostock
- Englisch
Welcome to CIMAC CASCADES Germany 2024!
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Prof. Dr. Bert Buchholz (Chairman CIMAC Germany)
The world of large engines is undergoing fundamental changes. Major social issues such as sustainability and digitalisation are changing the face of shipping as we know it. As the driver of the global economy and as the most efficient of all modern transport modes, global shipping, and the large engines powering it, play a substantial role in all our lives, even if we do not see it every day. Furthermore, large engines are used in high power and rail applications and will play a major role as back up and base load power plants during the energy transition on land.
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New fuels can open the path to greenhouse gas neutrality in the upcoming decades. New technical solutions are needed to solve the associated problems. And this is precisely where young and creative minds are needed!
CIMAC CASCADES is the platform to give these young talents the opportunity to exchange ideas and create networks with leading players in the industry. In 2024, CIMAC CASCADES will take place in cooperation with the University of Rostock. As a special highlight, the best contribution at CASCADES will get the opportunity to present their research at the 8th Rostock Large Engine Conference on the following day.
We look forward to welcoming you to Rostock and to inspiring young people and prospective engineers for the large engine industry!
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Agenda
Mi. 11.09.24
Simulation of ship behavior under consideration of motor and external aspects
Wissenschaftlicher Mitarbeiter
Techno-economic evaluation using system simulations for post combustion carbon capture in power plant and shipping application
Investigations of the piston ring package with regard to the interactions between oil and hydrogen in an internal combustion engine
Research Assistant
Influence of pre-ignition in renewable fuel powered marine engines
Wissenschaftlicher Assistent
Modeling Diesel- and Gas-Genset Response in Isolated Grids at Dynamic Load Conditions
Wissenschaftlicher Mitarbeiter
0D/1D-Simulation of a Ammonia/Hydrogen combustion process for medium speed ship engines
Wissenschaftlicher Mitarbeiter
Moderation
