The remainder of the article is organized as follows: Section 2 provides the fundamentals of process flow in a warehouse. 3-4 Basically there are two main aspects that need to be focused which are the fundamental of warehouses and the simulation tools that can be used to optimize the processes. Therefore, manufacturer must be able to increase productivity by having efficient transportation, handling and storage of materials as stated by other researches as well. However, as technology advances, customer’s expectation also increases. 2 explained the important part of logistic management is to provide a satisfactory level of customer service. Material and information flows of the related operations are shown in the figure.įigure 1: The operation of a logistics warehouse īesides, Sulírová et al. Figure 1 shows the operation of a logistics warehouse. In measuring the effectiveness, time and cost could be considered as the most commonly used indicators for individual storages operations for warehouse space or labour resources. Therefore, increasing productivity, flexibility and reliability of supply chains are the most important aspects to improve logistic processes in a warehouse.Ĭapacity planning, technical requirement and material handling are among the factors when selecting strategies for warehouse operations.
As the world is becoming a more interconnected marketplace, customers have also become more demanding. It is critical for warehouse management to operate to achieve the important goals of logistic systems that are to ensure customers’ satisfactory and to operate at minimum cost. During all stage of a logistic process, raw materials and finished goods are stored in a warehouse facility.
1 The systems are used for managing traffic flow and goods distribution within a warehouse. One of the most important aspects of Logistics Warehouse (LWs) is queuing systems. Simulation Approach for Logistical Planning in a Warehouse: A Review. This paper reviews the fundamentals of warehouse logistic and the simulation tools available to analyze logistic problems.Īutomated Guided Vehicle Material transportation system Simulation Warehouse logisticįauadi M.
Thus, complex logistic problems could be solved. As a result, better evaluation could be made especially regarding dynamic factors within system. This enables decision makers to create more realistic models to represent the actual scenario. As technology advances, better simulation tools have been developed. Simulation approach has been widely utilized for design and planning of a warehouse logistic system.
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