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2012-06-03 Mathematical models and expert system for grate-kiln process of iron ore oxide pellet production. Part II: Rotary kiln process control . Xiao-hui Fan 1, Yi Wang 1 Xu-ling Chen 1 Journal of Central South University volume 19, pages 1724 – 1727 (2012)Cite this article. 252 Accesses. 7 Citations. Abstract. Rotary kiln process for iron ore oxide pellet production is hard to detect and

MoreGrate process is an important step in grate-kiln pellet production. However, as a relatively closed system, the process on grate is inaccessible to direct detection, therefore, it is hard to control. As a result, mathematical models of temperature distribution, moisture distribution and oxidation degree distribution in pellet bed, with good universality, computation speed and calculation ...

MoreMathematical models and expert system for grate-kiln process of iron ore oxide pellet production (Part I): Mathematical models of grate process April 2012 Journal of Central South University 19(4)

MoreMathematical models and expert system for grate-kiln process of iron ore oxide pellet production. Part II: Rotary kiln process control Part II: Rotary kiln process control June 2012

Moreand model calculation, expert system can take expertise of domain experts as basis, and give suggestions of expert level [15], subsequently, realize on-line control guidance of kiln process for iron ore oxide pellet production. Therefore, this work focuses on mathematical model and expert system for kiln process.

More1992-08-01 The process control computer collects and transmits process data to the expert system computer. The expert system computer consists of three subsystems process data receive processing, mathematical model, and reasoning. Data received from the process computer is stored in an intermediate file, which is a data base for heats of the immediate past. The reasoning subsystem

Moremathematical models and expert system for grate-kiln process of iron ore oxide pellet production.part : rotary kiln process control Author(s): FAN Xiao-hui, WANG Yi, CHEN Xu-ling Pages: 1724-1727 Year: 2012 Issue: 6 Journal: Journal of Central South University of Technology(English Edition) Abstract: Rotary kiln process for iron ore oxide pellet production is hard to detect and control ...

MoreMathematical models and expert system for grate-kiln process of iron ore oxide pellet production (Part I): Mathematical models of grate process Article Apr 2012

More1992-08-01 The process control computer collects and transmits process data to the expert system computer. The expert system computer consists of three subsystems process data receive processing, mathematical model, and reasoning. Data received from the process computer is stored in an intermediate file, which is a data base for heats of the immediate past. The reasoning subsystem

MoreY. Wang, X.-H. Fan, and X.-L. Chen, “Mathematical models and expert system for grate-kiln process of iron ore oxide pellet production (Part I): mathematical models of grate process,” Journal of Central South University of Technology, vol. 19, no. 4, pp. 1092–1097, 2012. View at: Publisher Site

MoreX.H. Fan, Y. Wang and X.L. Chen, “Mathematical Models and Expert System for Gratekiln Process of Iron Ore Oxide Pellet Production. Part II: Rotary Kiln Process Control,” J. Cent. South Univ., 19 (6) (2012), 1724–1727. CrossRef Google Scholar

More2001-09-01 As a future extension, more numerical models can be incorporated into the system and, in that situation the selection process will be developed with mathematical basis. The rules and the knowledge bases are designed to be transparent such that it can be easily updated with new additional knowledge. That is in fact one of the purposes in adopting expert system approach.

MoreFan X, Wang Y, Chen X (2012) Mathematical models and expert system for grate-kiln process of iron ore oxide pellet production. Part II: rotary kiln process control. J Cent South Univ 19(6):1724–1727 CrossRef Google Scholar

MoreY. Wang, X. H. Fan, and X. L. Chen, “Mathematical models and expert system for grate-kiln process of iron ore oxide pellet production (Part I): mathematical models of grate process,” Journal of Central South University of Technology, vol. 19, no. 4, pp. 1092–1097, 2012. View at: Publisher Site

More1985-01-01 The second group are mathematical models which, through manipulation of relationships between project attributes, indicate optimal allocation solutions in terms of cost or profit. Such models can be used for location, bidding, pricing, investment, valuation and other types of managerial decisions. The most advanced group of decision tools—the expert systems-can manipulate normative data ...

Moresimulate the whole process the developed models are combined into a single system. The designed method has been successfully implemented during the design of models of units of catalytic reforming at Atyrau oil refinery. Analyses and comparison of the known results and simulation results of the proposed method, and the experimental data from Atyrau refinery have shown the effectiveness and ...

MoreJ. Cent. South Univ. (2012) 19: 1724−1727 DOI: 10.1007/s11771-012-1199-7 Mathematical models and expert system for grate-kiln process of iron ore oxide pellet production.

Moremathematical models and expert system for grate-kiln process of iron ore oxide pellet production.part : rotary kiln process control Author(s): FAN Xiao-hui, WANG Yi, CHEN Xu-ling Pages: 1724-1727 Year: 2012 Issue: 6 Journal: Journal of Central South University of Technology(English Edition) Abstract: Rotary kiln process for iron ore oxide pellet production is hard to detect and control ...

More1992-08-01 The process control computer collects and transmits process data to the expert system computer. The expert system computer consists of three subsystems process data receive processing, mathematical model, and reasoning. Data received from the process computer is stored in an intermediate file, which is a data base for heats of the immediate past. The reasoning subsystem

More1985-01-01 The second group are mathematical models which, through manipulation of relationships between project attributes, indicate optimal allocation solutions in terms of cost or profit. Such models can be used for location, bidding, pricing, investment, valuation and other types of managerial decisions. The most advanced group of decision tools—the expert systems-can manipulate normative data ...

MoreFocus is much more on expert use of code, understanding assumptions and limitations, and ﬁddling with parameters. Example (CFD modelling): Running a commercial CFD code involves deﬁning problem geometry (CAD) and selecting physical and numerical parame-ters. The underlying equations are well-known. May 21, 2014 What is a Model? 9/33. What is a model? Mathematical modelling Examples ...

MoreA process model is a system of mathematical equations and constants that are usually solved on a computer to make quantitative predictions about some aspect(s) of a real process. The specific variables required as input data and generated as output predictions are important features of the model. The equations often stem from a numerical solution to one or more differential equations and their ...

MoreY. Wang, X. H. Fan, and X. L. Chen, “Mathematical models and expert system for grate-kiln process of iron ore oxide pellet production (Part I): mathematical models of grate process,” Journal of Central South University of Technology, vol. 19, no. 4, pp. 1092–1097, 2012. View at: Publisher Site

Moresimulate the whole process the developed models are combined into a single system. The designed method has been successfully implemented during the design of models of units of catalytic reforming at Atyrau oil refinery. Analyses and comparison of the known results and simulation results of the proposed method, and the experimental data from Atyrau refinery have shown the effectiveness and ...

MoreMathematical Models. Mathematics can be used to represent real-world situations. The instruments used to represent real world in such a manner are called mathematical models. They help us ...

MoreMathematical Models and Algorithms for Power System Optimization helps readers build a thorough understanding of new technologies and world-class practices developed by the State Grid Corporation of China, the organization responsible for the world’s largest power distribution network. This reference covers three areas: power operation planning, electric grid investment and operational ...

MoreJ. Cent. South Univ. (2012) 19: 1724−1727 DOI: 10.1007/s11771-012-1199-7 Mathematical models and expert system for grate-kiln process of iron ore oxide pellet production.

More1985-01-01 The second group are mathematical models which, through manipulation of relationships between project attributes, indicate optimal allocation solutions in terms of cost or profit. Such models can be used for location, bidding, pricing, investment, valuation and other types of managerial decisions. The most advanced group of decision tools—the expert systems-can manipulate normative data ...

MoreFocus is much more on expert use of code, understanding assumptions and limitations, and ﬁddling with parameters. Example (CFD modelling): Running a commercial CFD code involves deﬁning problem geometry (CAD) and selecting physical and numerical parame-ters. The underlying equations are well-known. May 21, 2014 What is a Model? 9/33. What is a model? Mathematical modelling Examples ...

MoreA process model is a system of mathematical equations and constants that are usually solved on a computer to make quantitative predictions about some aspect(s) of a real process. The specific variables required as input data and generated as output predictions are important features of the model. The equations often stem from a numerical solution to one or more differential equations and their ...

Moresimulate the whole process the developed models are combined into a single system. The designed method has been successfully implemented during the design of models of units of catalytic reforming at Atyrau oil refinery. Analyses and comparison of the known results and simulation results of the proposed method, and the experimental data from Atyrau refinery have shown the effectiveness and ...

More2020-04-24 Types of Mathematical Models. Let's first take a look at equations. Equations. The mathematical model we just used was in the form of a formula, or equation.Equations are the most common type of ...

MoreMathematical Models. Mathematics can be used to represent real-world situations. The instruments used to represent real world in such a manner are called mathematical models. They help us ...

MoreMathematical Models. Mathematics can be used to "model", or represent, how the real world works. Example: how much space is inside this cardboard box? We know three measurements: l (length), w (width), and ; h (height), and the formula for the volume of a cuboid is: Volume = l × w × h. So we have a (very simple) mathematical model of the space in that box. Accurate? The model is not the same ...

More2014-08-28 Models are defined by the OCC Bulletin 2011-12 as a quantitative method, system or approach that applies statistical, economic, financial or mathematical theories, techniques and assumptions to process input data into quantitative estimates. In the AML world, this definition is applied to transaction monitoring models:

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