10:30 Uhr
Konzeptionierung eines Simulationsmodells der Rettungskette unter Gefechtsbedingungen
Kai Meisner | Sanitätsakademie der Bundeswehr
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Autor:innen:
Kai Meisner | Sanitätsakademie der Bundeswehr
Thomas Mayer | ESG Elektroniksystem- und Logistik GmbH
Heiderose Stein | Universität der Bundeswehr
Nadiia Leopold | Universität der Bundeswehr
Tobias Uhlig | Universität der Bundeswehr
Oliver Rose | Universität der Bundeswehr München
The intensity of current military combats far exceeds the ones of recent conflicts. Since medical resources are limited during battle, the available capacities must be used optimally. This requires distributing patients to available resources, such as medical facilities and transporters. Therefore, the effective planning and coordination of a complex, constantly changing logistics network is of utmost importance. Due to limited data, current planning is often based on expert assumptions. To evaluate current and future concepts, we propose constructive simulation to analyse the interplay of assumptions and planning decisions. For this purpose, we study the military rescue chain and review existing optimization approaches. A conceptual simulation model design is presented and an outlook of upcoming research is given.
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11:00 Uhr
Verbesserung der Versorgungssicherheit im Rettungsdienst – Lieferkettenmodellierung bei unvollständigen Daten
Johanna Kim Kippenberger | Fraunhofer-Institut für Materialfluss und Logistik
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Autor:innen:
Johanna Kim Kippenberger | Fraunhofer-Institut für Materialfluss und Logistik
Michael Dominik Görtz | Fraunhofer-Institut für Materialfluss und Logistik
John Christopher Maleki | Fraunhofer-Institut für Materialfluss und Logistik
Paul Geoerg | Vereinigung zur Förderung des Deutschen Brandschutzes e.V.
To ensure material availability for public health and safety services, supply chain simulation could be used to identify the risk of bottlenecks due to disruptions in global supply chains. However, these stakeholders do not have the detailed knowledge about their supply chains required for reliable simulation results. A new approach is presented in this article, which enables the modeling of a supply chain without full knowledge about each process node. It consists of generic data containers, each representing typical nodes within a supply chain with plausible process parameters, boundaries and distributed values. We present the conceptual feasibility of the approach through a case study and demonstrate the methodology for modelling a supply chain for detailed bottleneck analysis and automated risk assessment of a public health and safety supply chain.
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11:30 Uhr
Consolidation Strategies for Clothing Logistics in the German Armed Forces: A Simulation Analysis
Heiderose Stein | Universität der Bundeswehr
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Autor:innen:
Heiderose Stein | Universität der Bundeswehr
Tobias Uhlig | Universität der Bundeswehr
Daniel Seufferth | Universität der Bundeswehr
Oliver Rose | Universität der Bundeswehr München
E-commerce offers convenient and timely shopping, but challenges delivery logistics and returns management – especially in the textile industry. Specifically for protective clothes, like medical or military gear, the timely delivery of articles fitting individual needs is vital: to have a person well-equipped when needed. The Armed Forces of Germany employ a complex equipment system – and explore additional opportunities in online settings. In this context, we aid decision-makers in exploring parameters and policies in different scenarios with a discrete event simulation model. To address the concerns regarding delivery, a hybrid temporal-spatial shipment consolidation strategy is employed. To prevent time loss due to returns, a product-based shipment consolidation is employed. Preliminary results on high-level simulations show, that the shipment policies work as intended and save either shipment efforts or in the case of the preventive sending strategy, delivery time. Future developments are presented, which include shipment mode considerations.
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