Modeling of orders in autonomously controlled logistic systems. - Bernd Scholz-Reiter; St. Sowade; Torsten Hildebrandt; Daniel Rippel (Prod. Eng., 2010)

Identification of Requirements towards a Business Information Tool. - Bernd Scholz-Reiter; Daniel Rippel; Christian Meinecke (CENTERIS (1), 2011)

Automatic simulation model generation in the context of micro manufacturing (WIP). - Michael Lütjen; Daniel Rippel; Michael Freitag 001 (SpringSim (TMS-DEVS), 2015)

Simulation of maintenance activities for micro-manufacturing systems by use of predictive quality control charts. - Daniel Rippel; Michael Lütjen; Michael Freitag 001 (WSC, 2017)

Application of Online Learning for the Dynamic Configuration of Kanban Systems. - Daniel Rippel; Michael Lütjen; Michael Thes; Michael Freitag 001 (WSC, 2018)

Simulation and Optimization of Operations for Offshore Installations Planning Using a Model Predictive Control Scheme. - Daniel Rippel; Nicolas Jathe; Michael Lütjen; Helena Szczerbicka; Michael Freitag 001 (WSC, 2019)

A Mixed-Integer Formulation to Optimize the Resupply of Components for the Installation of Offshore Wind Farms. - Daniel Rippel; Nicolas Jathe; Michael Lütjen; Michael Freitag 001 (WSC, 2020)

A Cascading Online-Simulation Framework to Optimize Installation Cycles for Offshore Wind Farms. - Daniel Rippel; Michael Lütjen; Helena Szczerbicka; Michael Freitag 001 (WSC, 2021)

Simulated-based methodology for the interface configuration of cyber-physical production systems. - Abderrahim Ait Alla; Markus Kreutz; Daniel Rippel; Michael Lütjen; Michael Freitag 001 (Int. J. Prod. Res., 2021)

Simulation-Based Order Management for the Animal Feed Industry. - Daniel Rippel; Michael Lütjen; Michael Freitag 001 (WSC, 2022)

Demand-Driven Supply of Offshore Wind Turbine Components by Cascading Simulation and Optimization. - Daniel Rippel; Michael Lütjen; Helena Szczerbicka; Michael Freitag 001 (Simul. Notes Eur., 2022)

Simulation-Based Analysis of Onshore Wind Farm Installation Strategies. - Daniel Rippel; Sebastian Eberlein; Stephan Oelker; Michael Lütjen; Michael Freitag 001 (WSC, 2023)

Simulation-Based CO2e Footprint Analysis of Electric Trucks in the Animal Feed Distribution. - Daniel Rippel; Michael Lütjen; Michael Freitag 001 (LDIC, 2024)