Wear resistance of high chromium cast iron and high speed steel type alloy containing high carbon by use of a pot mill and static fracture toughness
Bulletin of the Faculty of Education, Yamaguchi University. Natural science Volume 54 Issue 2
Page 107-119
published_at 2004-12-20
Title
ポットミルを用いた高クロム鋳鉄及び高炭素高速度鋼系合金の耐摩耗性評価と靭性
Wear resistance of high chromium cast iron and high speed steel type alloy containing high carbon by use of a pot mill and static fracture toughness
Creators
Kuwano Masashi
Creators
Fujita Takeo
Creators
Nagai Kyoichi
Creators
Ogi Keisaku
Creators
Nishimura Noriaki
Creators
Fujita Yusuke
Creators
Urakawa Takahiro
Creators
Miyakawa Noboru
Creators
Nishino Taketoshi
Source Identifiers
Dry and wet wear test of high chromium cast irons and high speed steel type alloys containing high carbon was carried out by using the pot mill type wear testing apparatus. Specimens were cast into sand mould, machined and heat treated. A specimen and forty three ceramic balls in a pot were rotated at the speed of 1.67 rev. per sec. for 3.6×10^2ks in dry wear test. In wet wear test, a specimen, 43 ceramic balls and sea water in a pot were done in same rotating condition as that of dry wear condition. Weight loss of specimens was measured and evaluated as wear loss. In dry wear condition, wear loss of high speed steel type alloys containing high carbon was smaller than that of high chromium cast irons. Wear loss of high speed steel type alloys with high carbon was larger than that of high chromium cast iron in wet wear condition. It was because high chromium cast iron had more excellent corrosion resistance than that of high speed steel type alloys containing high carbon. Wet wear was accelerated by corrosion of specimens. Static toughness (K_Q) obtained by bending test was in the range from 22 to 37MPa √<m> and it decreased with an increase in amount of crystallized carbides.
Languages
jpn
Resource Type
departmental bulletin paper
Publishers
山口大学教育学部
Date Issued
2004-12-20
File Version
Version of Record
Access Rights
open access
Relations
[ISSN]1349-810X
[NCID]AN00243950
Schools
教育学部