In the present work, virtual product development and applications in part manufacturing processes will be described. The main objective is to understand and emulate the behaviour and error effects of a particular manufacturing system on a computer environment.
Virtual manufacturing systems are applying computers and different types of software in manufacturing and production in order to simulate and model errors of a real environment in virtual reality systems. The objective of simulating manufacturing technologies in virtual reality systems is to design a completely digital factory. The part is modelled and produced in a computer simulation environment with predicted errors in order to achieve the best accuracy in the produced part by choosing optimized process parameters.
This paper will present an advanced virtual manufacturing system in order to increase quality as well as efficiency of part production. It will be argued that virtual simulation provides a strong tool for producing and analysing parts in digital environments in order to decrease cost and time of accurate production.
Table of Contents
- Introduction
- Virtual analysis and modification of manufacturing processes
- Benefits
- Applications of virtual simulation and analysis to part production
Objectives and Key Themes
This paper aims to explore the application of virtual environments in manufacturing processes to analyze, modify, and optimize part production. By simulating manufacturing processes in virtual reality systems, the paper seeks to design a completely digital factory, predict errors, and improve the accuracy and efficiency of produced parts.
- Virtual manufacturing
- Production optimization
- Efficiency of part production
- Accuracy of produced parts
- Applications of virtual simulation and analysis
Chapter Summaries
- Introduction: This chapter introduces the concept of virtual manufacturing systems and their role in simulating and modeling manufacturing processes. The objective is to create a digital factory where parts can be modeled, produced, and optimized in a virtual environment, minimizing real-world production costs and time.
- Virtual analysis and modification of manufacturing processes: This chapter explores how mathematical modeling can be used to analyze and modify manufacturing processes in virtual environments. By simulating the effects and behavior of the system, different process parameters can be optimized to increase the efficiency of part production. It also addresses how analyzing and decreasing errors in the virtual system can improve the accuracy of produced parts.
- Benefits: This chapter outlines the advantages of utilizing virtual simulation and analysis in part production, such as increased added value, efficiency, and accuracy, as well as improved reliability through error effect analysis and advanced material analysis.
Keywords
The main keywords and focus topics of this work include virtual manufacturing, production optimization, efficiency of part production, accuracy of produced parts, and the application of virtual simulation and analysis to part production.
- Citation du texte
- Mohsen Soori (Auteur), 2018, Virtual product development, Munich, GRIN Verlag, https://www.grin.com/document/454246
