AuthorKeviczky, L. author
TitleMathematics and Control Engineering of Grinding Technology [electronic resource] : Ball Mill Grinding / by L. Keviczky, M. Hilger, J. Kolostori
ImprintDordrecht : Springer Netherlands, 1989
Connect tohttp://dx.doi.org/10.1007/978-94-009-2249-5
Descript X, 178 p. online resource

CONTENT

1. Introduction -- Symbols used in the figures -- 2. Particle Size Distribution of Ground Material -- Definition of specific surface -- Summary of Chapter 2 -- Symbol nomenclature in Chapter 2 -- 3. The State Space Equations of Batch Grinding -- Determination of the elements of the comminution (size distribution) matrix -- Determination of the elements of breakage rate matrix -- Solution of the state equations -- Connection between the classical theory of grinding and the state equations -- Calculation of the specific surface -- Summary of Chapter 3 -- Symbol nomenclature in Chapter 3 -- 4. Modelling of Open Circuit Grinding -- Summary of Chapter 4 -- Symbol nomenclature in Chapter 4 -- 5. Material Flow Models of Closed Circuit Grinding -- Macrostructural models -- Dynamic particle size distribution models -- Summary of Chapter 5 -- Symbol nomenclature in Chapter 5 -- 6. Mathematical Model of the Classifier -- Problems of modelling the specific surface of the final product -- Summary of Chapter 6 -- Symbol nomenclature in Chapter 6 -- 7. Dynamic Models of the Chemical Composition of Ground Materials -- Modelling of homogenizing silos -- Batch silo -- Continuous silo -- Summary of Chapter 7 -- Symbol nomenclature in Chapter 7 -- 8. Advanced Control Systems for Grinding -- Composition control -- Control of the quantity produced -- Fineness control -- Summary of Chapter 8 -- Symbol nomenclature in Chapter 8 -- References


SUBJECT

  1. Mathematics
  2. System theory
  3. Mathematical models
  4. Manufacturing industries
  5. Machines
  6. Tools
  7. Mathematics
  8. Mathematical Modeling and Industrial Mathematics
  9. Systems Theory
  10. Control
  11. Manufacturing
  12. Machines
  13. Tools