A method for standardizing parts is proposed. This method aims to reduce the sort of parts for cutting the manufacturing cost and for improving specifications of parts. Two linear mathematical programming models are proposed for standardizing the parts. One model aims at cutting cost half without causing any degradation of mechanical specifications of parts. The other model aims at doubling mechanical specifications of parts below the acceptable manufacturing cost. These models are formulated in 0-1 integer programming forms. The integer programming model shows which part is common to other parts. An example is shown to demonstrate the use of the developed method
In recent years many advances have been made in solution techniques for specially structured 0–1 int...
Integer programming (discrete optimization) is best used for solving problems involving discrete, wh...
The Cutting stock problem is one of the major optimization problems that affects a wide variety of i...
A method for standardizing parts is proposed. This method aims to reduce the sort of parts for cutti...
It is very important to standardize mechanical parts as productivity increases. But, this is a very ...
International audienceThe preliminary design or reconfiguration of modular manufacturing lines is ad...
Abstract:- Many practical problems are concerned with the provision of manufactured components; the ...
We show that Integer Programming (IP) can be used as an optimization technique for the instantiation...
http://www.emse.fr/spip/IMG/pdf/RR_2005-500-018.pdfThe problem of designing a modular manufacturing ...
A study Is made of the technique of rounding the Simplex solution of a linear integer programming pr...
In this paper, an integer programming model for two-dimensional cutting stock problems is proposed....
Optimalization problems with integer requirements on the variables occurs in real life very often. U...
Abstract. Creating good integer programming formulations had, as a basic axiom, the rule “Find formu...
We examine ways to reformulate integer and mixed integer programs. Typically, but not exclusively, o...
In industry, on of the most important subjects is die and it's characteristics in which for cutting ...
In recent years many advances have been made in solution techniques for specially structured 0–1 int...
Integer programming (discrete optimization) is best used for solving problems involving discrete, wh...
The Cutting stock problem is one of the major optimization problems that affects a wide variety of i...
A method for standardizing parts is proposed. This method aims to reduce the sort of parts for cutti...
It is very important to standardize mechanical parts as productivity increases. But, this is a very ...
International audienceThe preliminary design or reconfiguration of modular manufacturing lines is ad...
Abstract:- Many practical problems are concerned with the provision of manufactured components; the ...
We show that Integer Programming (IP) can be used as an optimization technique for the instantiation...
http://www.emse.fr/spip/IMG/pdf/RR_2005-500-018.pdfThe problem of designing a modular manufacturing ...
A study Is made of the technique of rounding the Simplex solution of a linear integer programming pr...
In this paper, an integer programming model for two-dimensional cutting stock problems is proposed....
Optimalization problems with integer requirements on the variables occurs in real life very often. U...
Abstract. Creating good integer programming formulations had, as a basic axiom, the rule “Find formu...
We examine ways to reformulate integer and mixed integer programs. Typically, but not exclusively, o...
In industry, on of the most important subjects is die and it's characteristics in which for cutting ...
In recent years many advances have been made in solution techniques for specially structured 0–1 int...
Integer programming (discrete optimization) is best used for solving problems involving discrete, wh...
The Cutting stock problem is one of the major optimization problems that affects a wide variety of i...