Christian Emmersberger, M.Sc.

Christian Emmersberger, M.Sc.

Address

Hamburg University of Technology
Institute of Ship Design and Ship Safety
Am Schwarzenberg-Campus 4 (C)
D-21073 Hamburg

Phone

040-42878-6172

Fax

040-42731-4467

Room

3.013

E-Mail

christian.emmersberger(at)tuhh(dot)de

 

Publications

[191206]
Title: Hydrodynamic "Toolbox" - Adaptation of Existing Ships to New Regulations.
Written by: Christian Emmersberger
in: <em>STG Hauptversammlung, Hamburg</em>. (2021).
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[pdf]

Note:

Abstract: To control emissions from new built ships, the Energy Efficiency Design Index (EEDI) was adopted in 2012. For ships laid down before this regulation came into force, the IMO has now specified the EEXI to reduce emissions from the fleet in service. Crucial for the calculation of the EEDI is the “reference speed”, which is determined during the model test. Also for pre-EEDI ships the “reference speed” can be determined from available model test reports. If the report is not present a conservative estimation on statistical basis has to be conducted. Using old Sietas ships, it was shown that available model test reports affect the attained index positively. Now the question arises whether the smaller discrepancy with the required index has a decisive advantage over the measures to be taken. Therefore, possibilities to achieve the required EEXI and the influence of already existing model test reports are shown here.

Student Works

  • Motschmann, Leonard: Assessment of an existing container ship according to currently valid stability regulations
  • Philipson, Tom: Development of a statistical method for synthetic generation of propulsion time series
  • Solomou, Eleftherios: Analysis of the Second Generation Intact Stability Criteria Regarding the GM Determination
  • Bahr, Benjamin: Generic Estimation of the On-Board Power Demand in Early Ship Design
  • Philipson, Tom: Environmental Influences for Route-Oriented Ship Design
  • Pöppelman, Vincent: Parameter-Based Conceptual Design of Hybrid Methanol Fuel Cell Systems in Early Ship Design