The aim of the article is to present a new methodology of computer aided FMS machine tools selection. Flexible manufacturing systems (FMSs) are systems which allows manufacturing parts in small lot sizes keeping high level of productivity and low costs of production. Despite the fact applied research on designing FMS systems have been continued for several years there are no methodical solution that can help design engineers to select machine tools for FMS in a optimal way. This article shows the main algorithm and stages of the methodology which is based on computer database systems, algorithms of elimination and method of multicriteria optimisation
The work is concerned with the flexible production system for machining parts of the "revolutio...
NoThis paper presents a Knowledge-Based (KB) integrated approach for planning and designing of numbe...
Operation allocation refers to assignment of operations of part types to machines. This planning dec...
One of the key problems in the area of flexible manufacturing systems (FMS) design is a problem of p...
The aim of the article is to develop a new metodology of analysis and evaluation of Flexible Manufac...
Part selection (PS) and machine loading (ML) are two major interrelated production planning problems...
In the paper the technological processes and groupings for flexible manufacturing systems (FMS) for ...
A major advantage of Flexible Manufacturing Systems (FMS) is that a family of related parts can be p...
Production planning of a flexible manufacturing system (FMS) is plagued by two interrelated problems...
The objective of this research is to investigate the computerized procedure of configuring machining...
This study is conducted & submitted in partial fulfillment of the requirement of the degree of Maste...
The flexible manufacturing cell (FMC), a unit of FMS, has the potential to be adapted widely by the ...
The design and use of flexible manufacturing systems (FMSs) involve some intricate operations resear...
The selection of an appropriate cutting tool for the production of different jobs in a flexible manu...
In order to design an FMS(Flexible Manufacturing System), an effective design tool is necessary for ...
The work is concerned with the flexible production system for machining parts of the "revolutio...
NoThis paper presents a Knowledge-Based (KB) integrated approach for planning and designing of numbe...
Operation allocation refers to assignment of operations of part types to machines. This planning dec...
One of the key problems in the area of flexible manufacturing systems (FMS) design is a problem of p...
The aim of the article is to develop a new metodology of analysis and evaluation of Flexible Manufac...
Part selection (PS) and machine loading (ML) are two major interrelated production planning problems...
In the paper the technological processes and groupings for flexible manufacturing systems (FMS) for ...
A major advantage of Flexible Manufacturing Systems (FMS) is that a family of related parts can be p...
Production planning of a flexible manufacturing system (FMS) is plagued by two interrelated problems...
The objective of this research is to investigate the computerized procedure of configuring machining...
This study is conducted & submitted in partial fulfillment of the requirement of the degree of Maste...
The flexible manufacturing cell (FMC), a unit of FMS, has the potential to be adapted widely by the ...
The design and use of flexible manufacturing systems (FMSs) involve some intricate operations resear...
The selection of an appropriate cutting tool for the production of different jobs in a flexible manu...
In order to design an FMS(Flexible Manufacturing System), an effective design tool is necessary for ...
The work is concerned with the flexible production system for machining parts of the "revolutio...
NoThis paper presents a Knowledge-Based (KB) integrated approach for planning and designing of numbe...
Operation allocation refers to assignment of operations of part types to machines. This planning dec...