One of the main goals in the operation of a cupola furnace is to keep the molten iron properties within prescribed bounds while maintaining the most economical operation for the cupola. In this paper the authors present a procedure to obtain the nominal values for the manipulated process variables. The nominal values are calculated by solving a constrained nonlinear programming optimization problem. Two different optimization problems are discussed and examples for using the procedure are presented
The author has developed and patented several types of gas cupola furnaces, which, due to replacing ...
The paper presents the model of optimal allocation of power resources in a blast furnace taking into...
Abstract: The paper describes the calculation of the minimum amount of fuel required to warm a simpl...
A strategic partnership was formed among the American Foundrymen`s Society and the Federal governmen...
AbstractThe ways of thermal efficiency and economy improving of flaming metal heating are considered...
The object of research is the temperature regime of melting in a cupola. The synthesis of optimal co...
Cupola furnace is having greater melting efficiency compared to induction furnace. Recent day's dupl...
Cupola furnace is having greater melting efficiency compared to induction furnace. Recent day’s dupl...
Main disadvantages of cupola melting at the domestic enterprises is instability of the process and, ...
In this study, a mixed integer linear programming model is presented to support some of the key deci...
In this paper we present some final results from a research project focused on introducing automatic...
The authors examined variants of solution of the issues of automation of the process of manufacture ...
In this paper, a mathematical optimization model for the optimal design of industrial furnaces/fired...
The aim of research is to construct an algorithm for calculating the optimal technological scheme of...
In pellet production, it is possible to significantly improve the performance of the equipment and t...
The author has developed and patented several types of gas cupola furnaces, which, due to replacing ...
The paper presents the model of optimal allocation of power resources in a blast furnace taking into...
Abstract: The paper describes the calculation of the minimum amount of fuel required to warm a simpl...
A strategic partnership was formed among the American Foundrymen`s Society and the Federal governmen...
AbstractThe ways of thermal efficiency and economy improving of flaming metal heating are considered...
The object of research is the temperature regime of melting in a cupola. The synthesis of optimal co...
Cupola furnace is having greater melting efficiency compared to induction furnace. Recent day's dupl...
Cupola furnace is having greater melting efficiency compared to induction furnace. Recent day’s dupl...
Main disadvantages of cupola melting at the domestic enterprises is instability of the process and, ...
In this study, a mixed integer linear programming model is presented to support some of the key deci...
In this paper we present some final results from a research project focused on introducing automatic...
The authors examined variants of solution of the issues of automation of the process of manufacture ...
In this paper, a mathematical optimization model for the optimal design of industrial furnaces/fired...
The aim of research is to construct an algorithm for calculating the optimal technological scheme of...
In pellet production, it is possible to significantly improve the performance of the equipment and t...
The author has developed and patented several types of gas cupola furnaces, which, due to replacing ...
The paper presents the model of optimal allocation of power resources in a blast furnace taking into...
Abstract: The paper describes the calculation of the minimum amount of fuel required to warm a simpl...