2024

• Paul Fuchs
  Model development and numerical simulation of condensation induced water hammer events with the finite volume CFD code OpenFOAM

• Jan Peschel
  Extension of the late-phase model basis of the system code AC² for the simulation of debris beds

2021

• Tobias Jankowski
  Development of an approach for the determination of droplet entrainment from gas-flowed liquid templates
   

2020

• Christoph Bratfisch
  Further development of the ATHLET model basis for dynamic pressure changes in transient flows
   
• Vera Koppers
  Development of heuristic methods for plant modelling of research reactors for deterministic safety analyses

 

Doctorates before 2018

 

2018

• Florian Gremme
  Analysis of the influence of plant-internal emergency measures on core coolability in case of design-basic accidents in pressurised water reactors
   

2017

• Kathrin Agethen
  Expansion of the System Codes ASTEC and COCOSYS for the Analysis of the Release of Fission Products during Molten-Core-Concrete-Interaction
   
• Wilhelm Wall
  Heat Savings through the Use of Electrical Radiator Thermostats in Flats – Comparison of a Conventional Calculation with a Cluster Analysis
   
• Christian Bratfisch
  Modelling of the Collapse of Atmosphere in Previously Damaged Fuel Claddings to Expand the Severe Accident Analysis Code ATHLET-CD
   

2016

• Katrin Elisabeth Scharte
  Potentials of Energetic Restoration of School Buildings
   

2015

• Tobias Risken
  Modelling of the Spraying Jet Induced Atmosphere Entrainment for the Analysis of its Impact on the Gas Distribution in Containments of Nuclear Power Plants with the Code COCOSYS
   
• Amir José Daou Pulido
  Economic Evaluation of an Underground Pump Storage Plant-Concept Under the Condition of Technical and Economic Uncertainties
   
• Mathias Hoffmann
  Contribution to the Model Expansion of the System Code ATHLET-CD in Order to Analyse the Influence of Core Melting Transfer on Selected Accident Scenarios
   

2014

• Thimo Brähler
  Further Development of the Modelling of Hydrogen Combustion for the Lumped-Parameter-Code COCOSYS
   
• Katharina Schubert
  Empirical Error Process Analysis of Wind Energy Conversion Systems in Consideration of Technical Plant Characteristics
   

2013

• Philipp Kruse
  Expansion of the Models for the Release of Fission Products in the Severe Accident Analysis Code ATHLET-CD
   
• Jörg Burkhardt
  Analysis, Simulation and Modelling of the Stratification Erosion with Lumped-Parameter-Codes
   

2012

• Miriam Klöcker
  Expansion of the Lumped-Parameter-Codes COCOSYS by a Model to Simulate Impulse-Dominated Rays in Severe Accidents
   

2010

• Thorsten Hollands
  Modelling of the Nitrogen Reaction in Severe Accident Analysis Codes for a Simulation of Air Infiltration in Nuclear Power Plants
  
   

2009

• Maik Dapper
  Modelling of Wet Resuspension and Analysis of the Influence on the Source Term with Loss of Cooling Agents Accidents
   

2008

• Mohammed Bendiab
  Expansion of the Containment Code COCOSYS in Order to Evaluate the Source Term of Dry Resuspension After Transient Flows
   
• Holger Nowack
  Behaviour of Aerosols in Containments During the Use of Recombiners and After Hydrogen Combustions
   

2007

• Tilman Drath
  Validation and Improvement of the Programme System ATHLET-CD Regarding B4C-Oxidation in Steam Atmosphere