Manufacturability assessment in assembly processes

Matuszek, Józef; Seneta, Tomasz; Plinta, Dariusz; Więcek, Dariusz

doi:10.1016/j.ifacol.2020.12.2801

Cited by 3 publications

(3 citation statements)

References 13 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…Alat bantu jig merupakan alat yang dapat membantu proses manufaktur sehingga diperoleh produk dengan keseragaman yang akurasi yang tinggi (Prassetiyo dkk, 2016). Modifikasi suatu alat dalam hal ini alat bantu jig perlu dilakukan, sehingga kegunaan dari alat bantu tepat guna dalam proses perakitan (Matuszek et al 2020). Pada penelitian ini akan dilakukan penentuan desain, ukuran dan spesifikasi komponen yang dibutuhkan serta analisa kekuatan material melalui perhitungan simulasi pada alat bantu jig yang akan digunakan untuk perakitan panel rooftop sebuah mobil.…”

Section: Pendahuluanunclassified

Analisis Finite Element Aluminium Alloy 6063-T5 Pada Jig Positioning Untuk Perakitan Rooftop Interior Mobil

Agustin,

Arohman,

Agus

et al. 2023

JIUBJ

View full text Add to dashboard Cite

Tools in the production process are needed in the production process in order to accelerate and improve the quality of production, especially in the automotive industry. In this study, a jig positioning machine design will be designed which is used when assembly on the roof panel of a car so that it can help areas that are difficult to reach when doing assembly or design on the roof panel of the car. After designing the required design for the car interior roof panel assembly, it is necessary to test the design of the machine so that when the material on the machine ready to be made is already in the safe category. Testing on the machine is carried out using a material with the type of Aluminum Alloy 6035-t5 with the addition of different force factors, namely 34.3N, 39.2N, and 44.1N. The addition of the force factor is based on the maximum load given when doing the roof panel assembly on the car. The test is carried out by performing simulations using CAD Software on the arm of the jig positioning machine which will be the support when applying the load. The simulation carried out will analyze the value of material suitability factors including the value of deformation, strain-stress, and factor of safety on the jig positioning machine. The results of the simulation show that there is a change in the value of the material suitability factor due to the difference in the applied force. The suitability factor of the material on the designed jig positioning arm can accommodate the weight of the load with a maximum force of 44.1N with a maximum displacement value of 1.062e+02 mm, a stress value of 1.087e+08N/m^2, a FOS value of 1.33e+00, and a Strain value of 1 ,19e-03. Based on the simulation results of the suitability factor of the material, the jig positioning arm is within safe limits.

show abstract

Section: Pendahuluanunclassified

Analisis Finite Element Aluminium Alloy 6063-T5 Pada Jig Positioning Untuk Perakitan Rooftop Interior Mobil

Agustin,

Arohman,

Agus

et al. 2023

JIUBJ

View full text Add to dashboard Cite

show abstract

“…By its very nature, this type of condition is very close to the probabilistic condition, but in contrast, it is not governed by the numerical range of probability but by the rule. An essential element of the production system within the model is the working station or process [25]. This process is created on the basis of a separate object in which other elements are contained.…”

Section: Developing Tool Objects For Quick Workplace Simulationmentioning

confidence: 99%

Quick Workplace Analysis Using Simulation

Grznar¹,

Gregor²,

Gola³

et al. 2022

Int. j. simul. model.

View full text Add to dashboard Cite

Modelling and simulation is a highly progressive area that can create significant financial savings for companies that use it. Simulations can be used in the production area to analyse or verify certain decisions and conditions, on the basis of which correct measures can be taken. However, modelling is a highly time-consuming and therefore costly process, which narrows its use for decisions in high-priority processes. The content of the article is a description and results of the created tool designed for quick analysis of the workplace using simulation. The entire process of functioning was described through Unified Modeling Language (UML) diagrams. Siemens's Tecnomatix Plant Simulation software was used to create the tool. The tool itself was compared both to the length of creation of the mid-size simulation model and the time variance of model creation in a standard way. The tool can be used to reduce the time needed to create a model that is used to analyse the selected workplace, which ultimately increases the productivity of the simulation expert.

show abstract

“…Explicitly there is no classification of components with components from development experience and new innovative components [6,7]. Not enough attention has been paid to the evaluation of the component-based performance of a complex product project [8][9][10]. There is no formal synthesis of the component architecture of complex products based on the use of new and old components [11].…”

Section: Analysis Of Recent Research and Publicationsmentioning

confidence: 99%

Methods and Models of Research of Investment Attractiveness and Competitiveness of Project-Oriented Enterprise in the Process of Creating Innovative High-Tech

Fedorovich

Кosenko²,

Lutai³

et al. 2022

ITSSI

View full text Add to dashboard Cite

The subject of the research is the investment attractiveness of enterprises producing competitive products with modern component architecture. The aim of the article is to develop complex methods for research of investment attractiveness of projects on creation of new high-tech products with component architecture. Tasks to be solved are: to use component method for the analysis of innovativeness of created high-tech products; to study investment attractiveness of an innovation project with the use of expert assessments and the method of planning experiments; to substantiate the composition of a diversification project portfolio for investment taking into account the limited possibilities of the enterprise based on the method of integer optimization; to study the performance of the project portfolio using agent-based imitational modeling. Methods used are: system analysis, component design, multi-criteria optimization, expert assessment and agent-based simulation modeling in the form of applied information technology. The results have been obtained: the analysis of investment attractiveness of projects on creation of new high-tech products with component architecture is carried out. The architecture of a complex product built with components from previous positive development experience is investigated. A classification of possible components in the architecture of a complex product is created. A set of indicators for assessing the investment attractiveness of an innovative component-based product is formed. The qualitative assessments of experts for the main indicators of the component composition of the product in the form of linguistic variables are proposed. The use of multifactor experiment to assess the investment attractiveness of a project to create a complex product with a component-based architecture is proposed. An optimization model for selecting the rational composition of components in an innovative product is developed. An agent-based simulation model is built to study the performance of work on the preparation of production of innovative products on a component basis. Conclusions: The use of a set of developed methods and applied information technology for the creation of high-tech products with component-based architecture allows you to plan a diversification portfolio of projects with investment attractiveness and competitiveness of products.

show abstract

Manufacturability assessment in assembly processes

Cited by 3 publications

References 13 publications

Analisis Finite Element Aluminium Alloy 6063-T5 Pada Jig Positioning Untuk Perakitan Rooftop Interior Mobil

Analisis Finite Element Aluminium Alloy 6063-T5 Pada Jig Positioning Untuk Perakitan Rooftop Interior Mobil

Quick Workplace Analysis Using Simulation

Methods and Models of Research of Investment Attractiveness and Competitiveness of Project-Oriented Enterprise in the Process of Creating Innovative High-Tech

Contact Info

Product

Resources

About