By Ben T. Collins (auth.), Henry H. Hausner, Kempton H. Roll, Peter K. Johnson (eds.)
Powder metallurgy literature within the English language encompasses a huge variety of books and several other thousand articles in a variety of journals. the speed of development of this literature raises from yr to 12 months. It covers good the entire box of powder metallurg- fabrics, tactics and items - with exceptions: friction and antifriction branches of powder metallurgy. This lack of awareness has not anything to do with clinical or technical concerns, and certainly has not anything to do with loss of initiative within the improvement of those fabrics. The excited by the creation of friction and antifriction fabrics is constantly constructing new items and strategies and produc tion is progressively turning out to be. besides the fact that, such a lot businesses engaged on those fabrics regard their reports and new developments as "proprietary" and, for aggressive purposes, usually are not drawn to publishing within the technical literature with the exception of very perfunctory and customarily hugely advertisement papers. little or no paintings on fric tion and antifriction fabrics is happening in self sustaining labora tories and college laboratories, even if basic stories during this box provide very fascinating aspects.
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Additional info for Perspectives in Powder Metallurgy Fundamentals, Methods, and Applications: Volume 4 Friction and Antifriction Materials
P. 1955. Petrichenko. V. K.. Antifriction Materials and Plain Bearings. GNTIML. Moscow. 1954. Navara, E.. Problems of Powder Metallurgy. VSAV. Bratislava. p. 127, 1964. Shmayler. , Progress in Powder Metallurgy. CSAV, Prague. p. 1954. Bebnev, P. I.. Powder Metallurgy. Yaroslavl, p. 223. 1956. Bebnev. P. I .. Powder Metallurgy. Yaroslavl, p. 90, 1956. Rakovskij, V. S•• Fundaments of Physical Powder Metallurgy. GNTI. Moscow. 1962. Nardov, K. M .. Properties of Friction Materials, Izd. Akad. Nauk SSSR, Moscow.
I~ /. ' ~ _ - ---- 10--- 1 ~go 22V / of 3l 1'00<. ~- ~ U u 0 c< . } o. 1 ~ ~ ~ ci.. sec 10 v, V, Fig. 5. Mechanical properties and friction characteristics of sintered iron-graphite with copper addition. di ~< I en ~ "e i; i. "; "e . ] . 1 j "E "e I 20, 20 '~ 'I~ O. 3m/sec I ~ en > t"" ;:g tT1 >-l ~ tJ ~ f;l ~ Z tT1 >-l ;OS "'0 ~ Cl ~Z "l o tT1 en ~ ;g ~ i;J >-l Z Q en o iiiz t:l Z 46 E. STROBEL AND H. 5%, just as it has been observed with sintered steel without or with small amounts of carbon.
6. 0 ~. 5 10 HE;' ~ ~ ~ . ... t"-. ''-. , . "'I~ /. ' ~ _ - ---- 10--- 1 ~go 22V / of 3l 1'00<. ~- ~ U u 0 c< . } o. 1 ~ ~ ~ ci.. sec 10 v, V, Fig. 5. Mechanical properties and friction characteristics of sintered iron-graphite with copper addition. di ~< I en ~ "e i; i. "; "e . ] . 1 j "E "e I 20, 20 '~ 'I~ O. 3m/sec I ~ en > t"" ;:g tT1 >-l ~ tJ ~ f;l ~ Z tT1 >-l ;OS "'0 ~ Cl ~Z "l o tT1 en ~ ;g ~ i;J >-l Z Q en o iiiz t:l Z 46 E. STROBEL AND H. 5%, just as it has been observed with sintered steel without or with small amounts of carbon.