Developing a New Logistics Based Model and Pilot System for Construction

Gyimesi, András; Bohács, Gábor

doi:10.3311/pptr.7845

Cited by 5 publications

(4 citation statements)

References 7 publications

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“…This paper presents the modern principles and the description languages are used in the construction's logistics processes [3]. The works of Gyimesi A. and Bohács (2015) present the development of a new construction logistics model with a new point of view: we want to integrate related experiences from the practice of other industries with the specialties of construction logistics processes [4]. R. eng 2016) accentuates that for the high-risks of construction logistics, a reasonable transportation route is able to reduce the risk effectively and ensure that the materials can reach the construction site successfully.…”

Section: Main Bodymentioning

confidence: 99%

Logistic Quality Management of Transport Process in Construction

Zelinska¹,

Boldyrieva²,

Amelina³

2018

IJET

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The article presents the key problems of the logistics management of the quality of the transport process in the construction industry. Characterized by the influence transport services quality on the efficiency of production and commercial activate enterprise. The main indicators of quality of transportation are summarized: qualitative indicators; indicators assessing the effect of transportation of construction materials in due time; indicators characterizing loss of product during transportation. The technological scheme of goods transportation by the means of transport (with quality control of the transport process) is presented. The directions of quality assurance of transport provision are offered: formation of material and technical basis of transport; creation of preconditions for efficient use of transport; improvement of organizational and economic mechanism of transport-logistic systems functioning. The allowed limits of different types use transport on the criterion of productivity or cost of transportation are offered. It was established that the essential reserve for improving the efficiency of transport and technological processes in construction (along with increasing the throughput and improving the quality of machines operation) is to: improve transport equipment of transport complexes; application of the newest technologies of transport processes; the use of effective ways to manage transport robots. The basic reserve of reduction of specific energy consumption on motor transport is determined. The main ways of reducing specific fuel consumption during transportation are given. The main directions of rolling stock fuel economy are increase formulated. The measures of loading and unloading works of labor-intensity execution reduction are substantiated.

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Section: Main Bodymentioning

confidence: 99%

Logistic Quality Management of Transport Process in Construction

Zelinska¹,

Boldyrieva²,

Amelina³

2018

IJET

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“…Our former research [13] concentrated on the development of a CP material flow system in which main control functionality was implemented by a simulation model.…”

Section: Introductionmentioning

confidence: 99%

Development of an ontology-driven, component based framework for the implementation of adaptiveness in a Jellyfish-type simulation model

Bohács

Rinkács

2017

AIS

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Simulation modelling has an ever increasing importance for complex systems. Manufacturing and related material flow or logistic systems are typical fields of application. Latest trends such as Cyber-physical systems and Industry 4.0 give a significant boost to simulation modelling as these require a digital model of the system. Complex manufacturing and related material flow systems are subject to frequent changes and pose a Big Data problem, which raises stronger requirements regarding self-adaptiveness. Conventional simulation models are to be adapted only via user interaction. Previous research steps have concentrated on the establishment of a novel simulation model structure, the so called "Jellyfish" model which unifies layout and process-type simulation models. Visualization of both aspects simultaneously enables interacting users to better understand the systems' operation compared to the conventional models. The current paper focuses on the adaptive capability of the new model. We have concentrated on the hardest type of adaptation, the structural adaptation. In this paper, an ontology-driven component based approach is presented and explained further through an example. Application of automated ontology-matching in simulation environment is a novel approach enabling the simulation model to adapt its structure without the necessity of manual interaction.

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“…Animations of manufacturing processes provide better clarity and insight into production processes, without running the risk of harming the actual real life production system by repeated experimentation. Such understanding and knowledge can be then used to avoid mistakes and deficiencies in order to prevent any potential failures [12,13].…”

Section: Literature Reviewmentioning

confidence: 99%

Application of EXTENDSIM for Improvement of Production Logistics' Efficiency

Straka¹,

Malindžáková²,

Trebuňa³

et al. 2017

Int. j. simul. model.

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The article deals with the use of computer simulation approach in order to streamline production logistics within a specific production company. The computer simulation from its very beginnings has undergone a long and significant evolution. The current possibilities of computer simulation approach enable to mimic the real processes of production logistic activities as well as of the actual production. This article is focused on the question, how to effectively utilise the available tools of computer simulation approach to analyse and streamline a particular simulation system. Therefore also the presented solution is the actual description of a practical application of a computer simulation approach used for the needs of one specific production company within one specific industry area. The intention is to showcase the practical aspects of simulation modelling, in this case utilising the EXTENDSIM simulation system. The simulation approach will be used for the needs of a production company, that produces car components and accessories made of wood for the automotive industry.

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Developing a New Logistics Based Model and Pilot System for Construction

Abstract: Abstract

Cited by 5 publications

References 7 publications

Logistic Quality Management of Transport Process in Construction

Logistic Quality Management of Transport Process in Construction

Development of an ontology-driven, component based framework for the implementation of adaptiveness in a Jellyfish-type simulation model

Application of EXTENDSIM for Improvement of Production Logistics' Efficiency

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