Titlebook: Energy-Related Material Flow Simulation in Production and Logistics; Sigrid Wenzel,Markus Rabe,Christoph von Viebahn Book 2024 The Editor(

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Manufacturingd back to energy demand. This energy demand is determined by a diversity of processes and machines, which dynamically interact in process chains and with other factory elements such as technical building services (TBS). Given that, system-oriented material flow simulation with inclusion of energy as

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Retail of traditional in-store shopping and online shopping providing home deliveries or pickups at specific pickup locations, along with global aims to reduce energy consumption and CO. emissions worldwide with respect to the global climate change. Targets to reduce emissions are supported by a majority

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Perishablesges of the supply chain. Consequently, they constitute a fundamental business factor for organizations that needs to be managed in a delicate and prudent fashion. The perishability of products characterizes a challenging environment that requires dynamic planning and evaluation approaches to avoid o

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https://doi.org/10.1007/978-3-319-28576-4ws the possibilities of integrating complex thermodynamic processes into the material flow simulation by combining continuous and discrete models. The chapter ends with a short conclusion on the state of the art regarding energy simulation in the automotive sector.