Food products distribution systems redesign in the food corporation acquisition and fusion conditions

Gros, Ivan; Dyntar, Jakub; Grosová, Stanislava

doi:10.17221/80/2009-cjfs

Cited by 3 publications

(3 citation statements)

References 8 publications

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“…The allocation and layout are dependent on a number of factors to be taken into account in choosing right location. In terms of solutions it should be used several approaches that could complement each other [7,8].…”

Section: Analysis Of the Methods Of Allocation And Layoutmentioning

confidence: 99%

New Method for Design of Transport Infrastructure Elements

Straka

Balog

Bindzár

et al. 2014

AMM

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A trend in automotive freight has experienced rapid development in recent years. The increase of traffic intensities is closely related to the increasing demand of building elements of transport the infrastructure that will provide services to monitor traffic, inform road users and protect transport companies property and citizens who participate in the process of transportation. The current state of layout and allocation problem solving of elements of transport infrastructure is limited to the use of mathematical, multicriteria or heuristic methods. Each approach has its advantages and limitations but none of them solves same layout and allocation of a particular procedure with a specific position. System of blocks (SB) method is a method, which joints the layout and allocation into one unit, using the principles of mathematics, multicriteria, heuristic procedures and graphics simultaneously. The advantage of the proposed method is the complexity of the proposed solution, i.e. consideration of multi-criteria approach with no pre-defined positions and precise definition and the actual position of the elements in space allocation.

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Section: Analysis Of the Methods Of Allocation And Layoutmentioning

confidence: 99%

New Method for Design of Transport Infrastructure Elements

Straka

Balog

Bindzár

et al. 2014

AMM

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“…Activities realized in the store system increase the added value for the partner who is the part of supply system. This means that the store like producer and other elements in the supply systems is based on the realization of consignments by the requirements of customers so in the operative control of the goods flow [1]. For customers of the store the greatest importance has performance of assortment composition in addition to the required term of the order fulfilment.…”

Section: Introductionmentioning

confidence: 99%

Efficiency of Retrieval Process

Čujan¹,

Fedorko

2015

AMM

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The paper deals with the process of assembling which is one of the most important process of store management. Activities related to the assembling and the way of this process organization and realization has significantly impact not only on the accuracy and completeness of consignments but also on the quality of created logistics units. The way of realization of the assembling process is closely associated with its effectivity and with total costs.

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“…In the Czech Republic, the implementation of DOE methodology was dealt by (Gozora, 2011) in the fi eld of agricultural research and by (Beran & Macik, 2009) in the area of cost optimization. Furthermore, this issue was dealt in areas of synergy eff ects in the food distribution industry (Grosova & Gros, 2009), and in the fi eld of economic optimization was dealt by (Tomsik & Svoboda, 2010).…”

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confidence: 99%

Application of design of experiments to welding process of food packaging

Hron¹,

Macak²

2013

Acta Univ. Agric. Silvic. Mendelianae Brun.

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HRON JAN, MACÁK TOMÁŠ: Application of design of experiments to welding process of food packaging. Acta Universitatis Agriculturae et Silviculturae Mendelianae Brunensis, 2013, LXI, No. 4, pp. 909-915 Design of experiments is one of the many problem-solving quality tools that can be used for various investigations such as fi nding the signifi cant factors in a process, the eff ect of each factor on the outcome, the variance in the process, troubleshooting the machine problems, screening the parameters, and modeling the processes. The objectives of the experiment in this study are twofold. The fi rst objective is to identify the parameters of food packaging welding, which infl uence the response strength of a weld. The second objective is to identify the process parameters that aff ect the variability in the weld strength. The results of the experiment have stimulated the engineering team within the company to extend the applications of DOE in other core processes for performance improvement and variability reduction activities.food packaging, welding process, 2 k full factorial design, optimization, interaction in processes Experimental methods are widely used in research as well as in industrial settings, however, sometimes for very diff erent purposes. The primary goal in scientifi c research is usually to show the statistical signifi cance of an eff ect that a particular factor exerts on the dependent variable of interest. In many cases, it is suffi cient to consider the factors aff ecting the production process at two levels. For example, the temperature for a chemical process may either be set a little higher or a little lower, the amount of solvent in a dyestuff manufacturing process can either be slightly increased or decreased, etc. The experimenter would like to determine whether any of these changes aff ect the results of the production process. The most intuitive approach to study those factors would be to vary the factors of interest in a full factorial design, that is, to try all possible combinations of settings. This would work fi ne, except that the number of necessary runs in the experiment (observations) will increase geometrically. For example, if you want to study 7 factors, the necessary number of runs in the experiment would be 2**7 = 128. To study 10 factors you would need 2**10 = 1,024 runs in the experiment. Because each run may require time-consuming and costly setting and resetting of machinery, it is o en not feasible to require that many diff erent production runs for the experiment. In these conditions, we have two ways how to reduce experimental trals (and also time a cost of them). The fi rst ways is based on fractional factorials are used that "sacrifi ce" interaction eff ects so that main eff ects may still be computed correctly. The second way is based on previous screening of factors for selecting the signifi cant ones. For this purpose we can use the Analysis of ariance (ANOVA) or graphic tools (for example Normal plot of the standardized eff ect or Pareto chart).In...

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Food products distribution systems redesign in the food corporation acquisition and fusion conditions

Cited by 3 publications

References 8 publications

New Method for Design of Transport Infrastructure Elements

New Method for Design of Transport Infrastructure Elements

Efficiency of Retrieval Process

Application of design of experiments to welding process of food packaging

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