Influence  Tool Wear in Material Flow

Schindlerová, Vladimíra; Šajdlerová, Ivana

doi:10.12913/22998624/66507

Cited by 10 publications

(9 citation statements)

References 8 publications

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“…Table 4 shows the savings when comparing the original state with the simulation results. It is obvious that as the number of forklifts increases not only the savings in the travelled distance, but also the time and financial costs associated with the forklifts are reflected [11].…”

Section: Evaluation Of Simulation Experiments and Resultsmentioning

confidence: 99%

“…Interoperable transport and material handling represent a relatively wide area which consists in the entire transfer of raw materials, production stocks and the movement of finished goods within the manufacturing plant, including entry and exit storage. The main goal of interoperable transport and the related necessary material handling is to ensure the smoothest possible flow of material and to achieve a continuous manufacturing process [11].…”

Section: Interoperable Transport and Materials Handlingmentioning

confidence: 99%

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Use of the Dynamic Simulation to Reduce Handling Complexity in the Manufacturing Process

Schindlerová

Šajdlerová

2020

Adv. Sci. Technol. Res. J.

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Many companies have started using dynamic simulation as full support for their own optimization team to optimize business processes. The 3D visualization can facilitate understanding of the links among processes and their connections. It can significantly contribute to its appropriate implementation, which aims at saving costs, simplifying processes, introducing new or innovated processes, etc. Application field is not significant for the 3D visualization. Predictive simulation can be applied in any process, from storage, logistics, handling, through production line optimization to distribution. The submitted paper deals with the optimization of the production process regarding the reduction of handling demands for the company in the automotive industry. Businesses are currently facing an issue of handling complexity, which has a relatively high cost, depending on the amount of unnecessary and chaotic trips within production processes. It is necessary to modify the charging method in any change of production. This is connected with an increase of non-productive rides. The article introduces the possibility of a variant solution with the possibility to use dynamic simulation as a powerful tool for the process optimization.

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Section: Evaluation Of Simulation Experiments and Resultsmentioning

confidence: 99%

Section: Interoperable Transport and Materials Handlingmentioning

confidence: 99%

Use of the Dynamic Simulation to Reduce Handling Complexity in the Manufacturing Process

Schindlerová

Šajdlerová

2020

Adv. Sci. Technol. Res. J.

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“…While thinking about more substantial help to decision-makers, both technical [33,34] and nontechnical aspects of regenerations should be taken into account. Economic, social, and environmental perspectives of brownfield regenerations should be carefully studied.…”

Section: Discussionmentioning

confidence: 99%

Uncovering Patterns of Location of Brownfields to Facilitate Their Regeneration: Some Remarks from the Czech Republic

et al. 2018

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Abstract:The issue of brownfield regeneration is closely connected to balanced and sustainable development of regions, towns, and cities as it endeavors to reuse buildings and sites that have already lost their original use, but at the same time offers a possibility to generate new beneficial activities for the whole society that exceed just material or physical changes of the brownfield sites. The regeneration of every brownfield is usually a highly site-specific issue and individual and unique impacts of regeneration on the particular locality are obvious. Yet, several patterns in sets of non-regenerated brownfields can be identified. By finding and defining such patterns, a framework of indicators to facilitate brownfield regeneration can be created and the importance and strength of a particular indicator can be defined. By means of the analyses, we are able to recommend various relevant and most suitable approaches with regards to brownfield regeneration in individual regions. We have employed Factor Analysis (FA) for the identification of key factors of brownfield regeneration. In particular, Principal Component Analysis (PCA) was applied to conduct analyses of 1304 non-regenerated brownfields located in seven regions of the Czech Republic (NUTS 3 level). Data were obtained from publicly available brownfield databases of individual regional administrations. By means of Factor Analysis, it was ascertained that the most frequent factor that is typical for the surveyed non-regenerated brownfields is the ownership. The second most frequent factor is the size of the brownfields. As the third factor according to importance, the distance between the location of the individual brownfield and the municipality of extended powers (the so-called small district) was identified. By taking into account the results of the conducted analyses, brownfield regeneration policies of individual regions might be adapted to be more suitably targeted.

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“…The remaining material management belongs to the field of inventory management and is certainly one of the areas where there will always be room for further improvements. [2] It can represent a significant source of inefficiency, i.e. wasting, in a wide range of its forms -supplies, surplus material and components, unnecessary manipulation, waiting etc.…”

Section: Methodological Basementioning

confidence: 99%

The importance of proper evidence and identification of metallurgical materials for effective management of the company

Schindlerová

Šajdlerová

2018

MATEC Web Conf.

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An important characteristic for efficient management of production systems is the ability of a product, component or material to be tracked. That is, to be assigned with a unique symbol, number, or other code (identifier) that can be traced back both within the production process and to the customer (e. g. when complaining about a defective part). Traceability leads to a cost reduction in eliminating the risks associated with the difficult identification of the material or parts, their handling in pre-production, the manufacturing process, or the storage and sale of finished products to customers. In case of problems, it makes it easier to implement the necessary measures and reduces the time to remedy the situation either within the company or even outside. Individual companies within the Czech Republic usually solve the identification and traceability independently. The paper deals with the results of the analysis of the current state of record keeping and identification of metallurgical materials in selected companies, and presents a proposal for improvement of the current situation in a specific company, especially in the field of work with remaining material.

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Influence Tool Wear in Material Flow

Cited by 10 publications

References 8 publications

Use of the Dynamic Simulation to Reduce Handling Complexity in the Manufacturing Process

Use of the Dynamic Simulation to Reduce Handling Complexity in the Manufacturing Process

Uncovering Patterns of Location of Brownfields to Facilitate Their Regeneration: Some Remarks from the Czech Republic

The importance of proper evidence and identification of metallurgical materials for effective management of the company

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