Fraunhofer-Gesellschaft

Publica

Hier finden Sie wissenschaftliche Publikationen aus den Fraunhofer-Instituten.
2013Building performance simulation using Modelica: Analysis of the current state and application areas
Burhenne, Sebastian; Wystrcil, D.; Elci, M.; Narmsara, S.; Herkel, S.
Conference Paper
2013Methodik zur Unsicherheitsbewertung und Sensitivitätsanalyse für thermische Gebäudesimulationen
Burhenne, Sebastian; Herkel, Sebastian
Journal Article
2013Monte Carlo Based Uncertainty and Sensitivity Analysis for Building Performance Simulation
Burhenne, Sebastian
Dissertation
2013Uncertainty quantification for combined building performance and cost-benefit analyses
Burhenne, Sebastian; Tsvetkova, O.; Jacob, D.; Henze, G.P.; Wagner, A.
Journal Article
2012Integration of Modelica models into an existing simulation software using FMI for Co-Simulation
Pazold, Matthias; Burhenne, Sebastian; Radon, Jan; Herkel, Sebastian; Antretter, Florian
Conference Paper
2012Methodik zur Unsicherheitsbewertung und Sensitivitätsanalyse für thermische Gebäudesimulationen
Burhenne, Sebastian; Herkel, Sebastian
Conference Paper
2011Comparing two methods of stochastic modeling for buildings
Jacob, Dirk; Burhenne, Sebastian; Herkel, Sebastian; Wagner, Andreas; Dodier, Robert; Henze, Gregor P.
Conference Paper
2011A cost-effective model- and measurement-based methodology for ongoing commissioning
Jacob, Dirk; Burhenne, Sebastian; Neumann, Christian; Herkel, Sebastian
Conference Paper
2011Integration of HVAC models into a hygrothermal whole building simulation tool
Burhenne, Sebastian; Radon, Jan; Pazold, Matthias; Herkel, Sebastian; Antretter, Florian
Conference Paper
2011Sampling based on Sobol' sequences for Monte Carlo techniques applied to building simulations
Burhenne, Sebastian; Jacob, Dirk; Henze, Gregor P.
Conference Paper
2010Sensitivity analysis with building simulations to support the commissioning process
Burhenne, Sebastian; Elci, M.; Jacob, Dirk; Neumann, Christian; Herkel, Sebastian
Presentation
2008Simulation models to optimize the energy consumption of buildings
Burhenne, Sebastian; Jacob, Dirk
Presentation