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Investigation of the relation between the force of friction and “Elementary forces”. (in Russian)
LITERATURE
._
AND
CTJNKENT
EVENTS
VOL.
1 (1957/$-i)
Systematic Abstracts of Papers Published in 1954 and 1955
Reprinted Publisked by permission
from Battelle
Technical
Review
~95.5
of Battellr Memovial Instit,ute, Columbus, Ohio, i7.S.A.
This selection of abstracts should assist the reader in tracing work published some years ago. .I special Subject Index will combine all abstracted matter at the end of this volume. The classification deviates slightly from that used for the Systematic Abstracts 1957. Within each sub-group the Abstracts are systematized alphabetically. (Ed.) I
Frictional Adhesion of Metal to Glass, Quartz, and Ceramic Surfaces. Richard B. Belser. Review ofScientific Instvumerits, V. 25, Sept. 1~54, p. 862-864. Experimental work on Ti, Zr, and other metals; applications in producing decorative designs, glass-to-metal joints, electric conductors, and in glass cutting. Tables, micrographs. Recent Studies of Metallic Friction. I-II. F. P. Bowden. Engineer, V. 198, Dec. 24, 1954, p. 886-889; Dec. 31, 1954, p. 902-905. Friction between metallic surfaces and of nonmetallic solids ; surface temperature of sliding solids; ignition of fire-damp due to frictional hot spots and hot metal particles; high speed friction; rolling friction. Graphs, diagrams, photographs, tables, micrographs. Recent Studies of Metallic Friction. F. P. Bowden. Chartered Mechanical Engineer, V. 2, Feb. 1955, p. 86-101. Mechanism of friction; metal transfer; surface temperature of sliding solids. Micrographs, photographs, diagrams, graphs, tables. 25 ref. Investigation of the Relation Between the Force of Friction and “Elementary Forces”. (in Russian) A. V. Bulgadaev. Doklady Akademii Nauk SSSR, V. 97, no. 5, Aug. I I, 1954, p. 805-808. Effects of different loads on friction between dry and lubricated surfaces of various degrees of smoothness. Graphs. The Mechanism of Rolling Friction. I. The Plastic Range. II. The Elastic Range. I<. R. Eldredge and D. Tabor. Royal Society, Proceedings, y. 229, ser. A, Apr. 21, 1955, p. 181-220 + 4 plates. Describes a study of the friction and surface damage produced when a hard steel sphere rolls between flat parallel surfaces of a softer metal and the mechanism of rolling friction under conditions where the deformations involved are predominantly elastic. Graphs, diagrams, tables, photographs. 34 ref.
FRICTION
New Method of Determining the Coefficient of Sliding Friction and Its Application to Investigation of Adsorption-Lubricating Action. (in Russian) G. I. Epifanov, F. P. Soloshko, and P. A. Rebinder. Doklady Akademii Nauk SSSR, V. QQ, no. 5, Dec. 11, 19.54,p. 801-804. The nature of friction is distinguished by the presence of a non-stationary region in which rolling friction is transformed directly to sliding friction. Graphs, diagram. rr ref. Apparatus for Studying Friction and Sliding Electrical Contacts. 11. G. Flom. Review of Scientific Instruments, V. 26, Jan. 1955, p. 1-4. Kinetic friction is recorded by a sensitive strain gage system. Photographs, diagram, graphs. The Role of Friction in Metal-Working Processes. Hugh Ford. Institute of Petroleum, ,joumal, V. 40, Oct. 1954, p. 291-294. Examines coefficient of friction in the processes and compares typical values with those found in the usual slider tests. Possible mechanism of friction; requirements of lnbricants. Diagrams, tables. i I ref. Friction Between Unlubricated Metals : A Theoretical Analysis of the Junction Model. 4. P. Green, Royal Society, Proceedings, v. 228, ser. A, Feb. 22, 1955, p. 191-204. Stresses and deformations in surfaces subjected to sliding friction. Diagrams, graphs. 16 ref. Deformation Properties of Friction Junctions. J, A. Greenwood and D. Tabor. Physical Society, Proceedings, V. 68, no. ~zQB, Sept. 1955, p. 609-619. Describes investigation of sliding friction by shearing large-scale models under conditions where no displacements are allowed. Graphs, diagrams, tables. 6 ref.
._
AND
CTJNKENT
EVENTS
VOL.
1 (1957/$-i)
Systematic Abstracts of Papers Published in 1954 and 1955
Reprinted Publisked by permission
from Battelle
Technical
Review
~95.5
of Battellr Memovial Instit,ute, Columbus, Ohio, i7.S.A.
This selection of abstracts should assist the reader in tracing work published some years ago. .I special Subject Index will combine all abstracted matter at the end of this volume. The classification deviates slightly from that used for the Systematic Abstracts 1957. Within each sub-group the Abstracts are systematized alphabetically. (Ed.) I
Frictional Adhesion of Metal to Glass, Quartz, and Ceramic Surfaces. Richard B. Belser. Review ofScientific Instvumerits, V. 25, Sept. 1~54, p. 862-864. Experimental work on Ti, Zr, and other metals; applications in producing decorative designs, glass-to-metal joints, electric conductors, and in glass cutting. Tables, micrographs. Recent Studies of Metallic Friction. I-II. F. P. Bowden. Engineer, V. 198, Dec. 24, 1954, p. 886-889; Dec. 31, 1954, p. 902-905. Friction between metallic surfaces and of nonmetallic solids ; surface temperature of sliding solids; ignition of fire-damp due to frictional hot spots and hot metal particles; high speed friction; rolling friction. Graphs, diagrams, photographs, tables, micrographs. Recent Studies of Metallic Friction. F. P. Bowden. Chartered Mechanical Engineer, V. 2, Feb. 1955, p. 86-101. Mechanism of friction; metal transfer; surface temperature of sliding solids. Micrographs, photographs, diagrams, graphs, tables. 25 ref. Investigation of the Relation Between the Force of Friction and “Elementary Forces”. (in Russian) A. V. Bulgadaev. Doklady Akademii Nauk SSSR, V. 97, no. 5, Aug. I I, 1954, p. 805-808. Effects of different loads on friction between dry and lubricated surfaces of various degrees of smoothness. Graphs. The Mechanism of Rolling Friction. I. The Plastic Range. II. The Elastic Range. I<. R. Eldredge and D. Tabor. Royal Society, Proceedings, y. 229, ser. A, Apr. 21, 1955, p. 181-220 + 4 plates. Describes a study of the friction and surface damage produced when a hard steel sphere rolls between flat parallel surfaces of a softer metal and the mechanism of rolling friction under conditions where the deformations involved are predominantly elastic. Graphs, diagrams, tables, photographs. 34 ref.
FRICTION
New Method of Determining the Coefficient of Sliding Friction and Its Application to Investigation of Adsorption-Lubricating Action. (in Russian) G. I. Epifanov, F. P. Soloshko, and P. A. Rebinder. Doklady Akademii Nauk SSSR, V. QQ, no. 5, Dec. 11, 19.54,p. 801-804. The nature of friction is distinguished by the presence of a non-stationary region in which rolling friction is transformed directly to sliding friction. Graphs, diagram. rr ref. Apparatus for Studying Friction and Sliding Electrical Contacts. 11. G. Flom. Review of Scientific Instruments, V. 26, Jan. 1955, p. 1-4. Kinetic friction is recorded by a sensitive strain gage system. Photographs, diagram, graphs. The Role of Friction in Metal-Working Processes. Hugh Ford. Institute of Petroleum, ,joumal, V. 40, Oct. 1954, p. 291-294. Examines coefficient of friction in the processes and compares typical values with those found in the usual slider tests. Possible mechanism of friction; requirements of lnbricants. Diagrams, tables. i I ref. Friction Between Unlubricated Metals : A Theoretical Analysis of the Junction Model. 4. P. Green, Royal Society, Proceedings, v. 228, ser. A, Feb. 22, 1955, p. 191-204. Stresses and deformations in surfaces subjected to sliding friction. Diagrams, graphs. 16 ref. Deformation Properties of Friction Junctions. J, A. Greenwood and D. Tabor. Physical Society, Proceedings, V. 68, no. ~zQB, Sept. 1955, p. 609-619. Describes investigation of sliding friction by shearing large-scale models under conditions where no displacements are allowed. Graphs, diagrams, tables. 6 ref.