gbw-animation Throughput Elasticity

 

Idea
purpose, advantages, inventor

 

Research
comminution, material throughput, pressure distribution, modelling

 

Praxis
plant configuration, roller wear, references

 

Literature
literature survey, references

 

Other Links
links to suppliers, universities and other institutions

AGB 

Contact
for any questions please contact us

 

Site-Map
all pages at a glance

 

 

Throughput Number and Elasticity

Throughput number n0 and elasticity k, Fsp = 2,0 to 3,0 N/mm2

Roller profile

Graining

Quartz

 

Limestone

 

 

mm

n0 / 10-2

k / 103

n0 / 10-2

k / 103

 

 

 

 

 

 

smooth

average for

1,25

0,73

2,05

0,44

 

all grainings

 

 

 

 

 

 

 

 

 

 

profile A

0,1/6,3

2,20

0,54

2,70

0,32

 

1,6/6,3

1,95

0,54

2,35

0,30

 

 

 

 

 

 

 

0,25/1,0

1,55

1,19

1,87

0,66

 

 

 

 

 

 

profile B

0,1/6,3

3,55

0,31

3,25

0,22

 

0,4/6,3

3,05

0,31

2,95

0,43

 

1,6/6,3

2,90

0,31

2,75

0,43

 

 

 

 

 

 

 

0,8/3,2

2,10

0,60

2,70

0,47

 

0,25/1,0

1,70

1,52

2,40

0,50

 

 

 

 

 

 

profile C

0,1/6,3

2,80

0,43

3,50

0,22

 

1,6/6,3

2,50

0,40

2,85

0,24

 

 

 

 

 

 

 

0,25/1,0

1,85

1,14

2,20

0,69

Comminution
grinding results for different materials

Exper. Setup
lab-scale mill, techn. data mill, intrumentation, feed materials, testing program, roller surface data, test execution

Throughput
literature, decoupling of throughput and comminution, energy absorption, characteristic of different rollers, phenomenons, throughput results, elasticity, friction angle, specific throughput

Pressure Distribution
pressure diagrams

Press Tests
tests with a molding press

Modelling
mathematic model of the process

Signs and Symbols
nomenclature

Dissertation U. Lubjuhn, 1992 [25]

[HCRM-Home] [Idea] [Research] [Praxis] [Literature] [Other Links] [Contact] [Site-Map]

For any questions or remarks please contact the Webmaster.
© Copyright 1992, Dr. Uwe Lubjuhn, all rights reserved