17
1958, Bond, F.C., “Grinding Ball Size Selection,” Minig
Engineering, May, 592–595. (Oct. 1957 AIME,
Tampa).
1959, Bond, F.C. and Whitney, B.B, “The Work Index in
Blasting,” CSM Rock Mechanics Symposium, April, 4
p.
1960, Bond, F.C., “Action in a Rod Mill,” EMJ, v.161, no.
3, March, 82–85.
1960, Bond, F.C., “Three Principles of Comminution,”
Mining Congress Journal, Aug., 53–56.
1960, Bond, F.C., “Confirmation of the Third Theory,”
AIME Trans., v. 217, 139–153. (presented at 1959
AIME Annual Meeting, San Francisco).
1961, Bond, F.C., “Principles and Progeny in
Comminution,” preprint, AIME Annual Meeting, St.
Louis.
1961, Bond, F.C., “Crushing and Grinding Calculations,”
British Chemical Engineering, v. 6, no. 6, June,
p. 378–385, and no. 8, Aug. p. 543–548. (Reprinted/
revised Apr. 1962 by A-C Press). Presented to CIMM,
Montreal, Apr., 1954 AIME, Chicago, Feb., 1955,
and revised September, 1956, A-C Press.
1962, Bond, F.C., “Crushing and Grinding with Pyro-
Processing,” Pit and Quarry, Jan.
1962, Bond, F.C., “The Laws of Rock Breakage,”
Symposium Zerlkeinern, Verlag Chemie, Dusseldorf,
11 p.
1962, Bond F.C., “Fundamental Considerations for Rock
Grinding,” Dec., 7p., for 1963 AIME.
1962, Bond, F.C., “New Ideas Clarify Grinding Principles,”
Chemical Engineering, Feb. 5, 103–108.
1962, Bond, F.C., “Rock on Rock Grinding—A Growing
Technology,” EMJ, V.163, NO. 4, Apr., 80–83.
1963, Bond, F.C., “Constant Work Index From the Crack
Length,” EMJ, v. 164, no.1, March, 108–109.
1963, Bond, F.C., “More Accurate Grinding Calculations,”
reprinted by Allis-Chalmers from Cement, Lime and
Gravel, March, 4p. (Feb., 1962, AIME Annual Meeting
preprint, New York.).
1963, Bond, F. C., “Rosario Pioneer of Autogenous
Grinding,” Mining Engineering, May, 55–58.
1963, Bond, F.C., “Particle Size Reduction -Theory and
Practice,” Canadian Mining Journal, June, 43–48.
1963, Bond, F. C., “Some Recent Advances in Grinding
Theory and Practice,” British Chemical Engineering,
Sept., v.8, no.9, 631–634.
1964, Bond, F.C., discussion on “Comminution,”
Proceedings of the First Annual Meeting of Canadian
Gold Metallurgists, Ottawa.
1964, F.C. Bond, “Lab Equipment and Tests Help Predict
Metal Consumption in Crushing and Grinding Units,”
E&MJ, June, 169–175. (Presented at December, 1963,
AIChE, Annual Meeting, Houston, as “Metal Wear in
Crushing and Grinding.”).
1964, Bond, F.C., “An Expert Reviews the Design and
Evolution of Early Autogenous Grinding Systems,”
E&MJ, Aug., 105–111. (Written before retirement).
1964–1977, post Allis-Chalmers.
1965 -1970, Bond, F.C., “On Line: An Expert Looks at
the Care and Nourishment of Processing Equipment,”
monthly column in Rock Products, USA (also Cement,
Lime and Gravel, London, and Cantreras y Explotaciones,
Madrid).
Topic
1. Importance of room for maintenance and clean up in
plant design
2. Importance of dust control during plant design
3. Story of crusher screen opening resulting in too coarse
rod mill feed
4. History of the wheel, bearings, and lubrication
5. Calculates wasted energy of atomic vs. conventional
blasting
6. Story telling of safety incident
7. Ancient history of man breaking and shaping rocks
8. Continuation of above history
9. History of grinding machinery (including the arrastra)
10. History of rotating mills
11. Early ball and pebble mills
12. Early to present autogenous grinding history
13. Autogenous to semi-autogenous, critical size
14. Primary autogenous grinding
15. Rittinger a sound theory but difficult in practice
16. Kick and Rittinger
17. Kick, Rittinger, then Taggart, Gaudin
18. Work Index
19. Work Index and the three principles of comminution
20. Standard sieve sizes, particle size distributions, the P80
21. Work Index and grindability, F80 and P80, Hardgrove
22. Tabulation of Work Indices, mill power needed
23. Critical speeds, dry vs. wet grinding, media coating
24. Big, slow vs. high energy machines, wear
25. Rock breakage, strain energy, knowledge of zones of
weakness needed
26. Farm soil is fine rock
27. Vast technical information is the bane of specialists, key
words, titling, referencing and cross-indexing needed
28. Metal wear, abrasion, corrosion, poorly understood
and needs research
1958, Bond, F.C., “Grinding Ball Size Selection,” Minig
Engineering, May, 592–595. (Oct. 1957 AIME,
Tampa).
1959, Bond, F.C. and Whitney, B.B, “The Work Index in
Blasting,” CSM Rock Mechanics Symposium, April, 4
p.
1960, Bond, F.C., “Action in a Rod Mill,” EMJ, v.161, no.
3, March, 82–85.
1960, Bond, F.C., “Three Principles of Comminution,”
Mining Congress Journal, Aug., 53–56.
1960, Bond, F.C., “Confirmation of the Third Theory,”
AIME Trans., v. 217, 139–153. (presented at 1959
AIME Annual Meeting, San Francisco).
1961, Bond, F.C., “Principles and Progeny in
Comminution,” preprint, AIME Annual Meeting, St.
Louis.
1961, Bond, F.C., “Crushing and Grinding Calculations,”
British Chemical Engineering, v. 6, no. 6, June,
p. 378–385, and no. 8, Aug. p. 543–548. (Reprinted/
revised Apr. 1962 by A-C Press). Presented to CIMM,
Montreal, Apr., 1954 AIME, Chicago, Feb., 1955,
and revised September, 1956, A-C Press.
1962, Bond, F.C., “Crushing and Grinding with Pyro-
Processing,” Pit and Quarry, Jan.
1962, Bond, F.C., “The Laws of Rock Breakage,”
Symposium Zerlkeinern, Verlag Chemie, Dusseldorf,
11 p.
1962, Bond F.C., “Fundamental Considerations for Rock
Grinding,” Dec., 7p., for 1963 AIME.
1962, Bond, F.C., “New Ideas Clarify Grinding Principles,”
Chemical Engineering, Feb. 5, 103–108.
1962, Bond, F.C., “Rock on Rock Grinding—A Growing
Technology,” EMJ, V.163, NO. 4, Apr., 80–83.
1963, Bond, F.C., “Constant Work Index From the Crack
Length,” EMJ, v. 164, no.1, March, 108–109.
1963, Bond, F.C., “More Accurate Grinding Calculations,”
reprinted by Allis-Chalmers from Cement, Lime and
Gravel, March, 4p. (Feb., 1962, AIME Annual Meeting
preprint, New York.).
1963, Bond, F. C., “Rosario Pioneer of Autogenous
Grinding,” Mining Engineering, May, 55–58.
1963, Bond, F.C., “Particle Size Reduction -Theory and
Practice,” Canadian Mining Journal, June, 43–48.
1963, Bond, F. C., “Some Recent Advances in Grinding
Theory and Practice,” British Chemical Engineering,
Sept., v.8, no.9, 631–634.
1964, Bond, F.C., discussion on “Comminution,”
Proceedings of the First Annual Meeting of Canadian
Gold Metallurgists, Ottawa.
1964, F.C. Bond, “Lab Equipment and Tests Help Predict
Metal Consumption in Crushing and Grinding Units,”
E&MJ, June, 169–175. (Presented at December, 1963,
AIChE, Annual Meeting, Houston, as “Metal Wear in
Crushing and Grinding.”).
1964, Bond, F.C., “An Expert Reviews the Design and
Evolution of Early Autogenous Grinding Systems,”
E&MJ, Aug., 105–111. (Written before retirement).
1964–1977, post Allis-Chalmers.
1965 -1970, Bond, F.C., “On Line: An Expert Looks at
the Care and Nourishment of Processing Equipment,”
monthly column in Rock Products, USA (also Cement,
Lime and Gravel, London, and Cantreras y Explotaciones,
Madrid).
Topic
1. Importance of room for maintenance and clean up in
plant design
2. Importance of dust control during plant design
3. Story of crusher screen opening resulting in too coarse
rod mill feed
4. History of the wheel, bearings, and lubrication
5. Calculates wasted energy of atomic vs. conventional
blasting
6. Story telling of safety incident
7. Ancient history of man breaking and shaping rocks
8. Continuation of above history
9. History of grinding machinery (including the arrastra)
10. History of rotating mills
11. Early ball and pebble mills
12. Early to present autogenous grinding history
13. Autogenous to semi-autogenous, critical size
14. Primary autogenous grinding
15. Rittinger a sound theory but difficult in practice
16. Kick and Rittinger
17. Kick, Rittinger, then Taggart, Gaudin
18. Work Index
19. Work Index and the three principles of comminution
20. Standard sieve sizes, particle size distributions, the P80
21. Work Index and grindability, F80 and P80, Hardgrove
22. Tabulation of Work Indices, mill power needed
23. Critical speeds, dry vs. wet grinding, media coating
24. Big, slow vs. high energy machines, wear
25. Rock breakage, strain energy, knowledge of zones of
weakness needed
26. Farm soil is fine rock
27. Vast technical information is the bane of specialists, key
words, titling, referencing and cross-indexing needed
28. Metal wear, abrasion, corrosion, poorly understood
and needs research