Abstract
Solid particle erosion (SPE) testing was made on Sandvik CRC 262 with different heat treatments and on the steels Type 321 and 15Mo3. The Studsvik Erofuge, a centrifugal erosion tester, was used and the testing was performed in air at room temperature. Alumina and olivine sand particles were used at a particle velocity of 60 m/s and at impingement angles of 60 degrees and 90 degrees. Differences in erosion resistance were obtained for CRC 262 depending on the heat treatment. Olivine sand resulted in lower erosion of CRC 262 than when using alumina. The particle type dependence is low for the other materials, Tp 321 and 15Mo3. CRC 262 has a slightly higher erosion resistance than Tp 321 and 15Mo3 and the differences are most pronounced when using olivine sand
Engman, U
[1]
- Studsvik Material AB, Nykoeping (Sweden)
Citation Formats
Engman, U.
Erosion testing of CRC 262; Erosionsprovning av CRC 262.
Sweden: N. p.,
1993.
Web.
Engman, U.
Erosion testing of CRC 262; Erosionsprovning av CRC 262.
Sweden.
Engman, U.
1993.
"Erosion testing of CRC 262; Erosionsprovning av CRC 262."
Sweden.
@misc{etde_10117205,
title = {Erosion testing of CRC 262; Erosionsprovning av CRC 262}
author = {Engman, U}
abstractNote = {Solid particle erosion (SPE) testing was made on Sandvik CRC 262 with different heat treatments and on the steels Type 321 and 15Mo3. The Studsvik Erofuge, a centrifugal erosion tester, was used and the testing was performed in air at room temperature. Alumina and olivine sand particles were used at a particle velocity of 60 m/s and at impingement angles of 60 degrees and 90 degrees. Differences in erosion resistance were obtained for CRC 262 depending on the heat treatment. Olivine sand resulted in lower erosion of CRC 262 than when using alumina. The particle type dependence is low for the other materials, Tp 321 and 15Mo3. CRC 262 has a slightly higher erosion resistance than Tp 321 and 15Mo3 and the differences are most pronounced when using olivine sand}
place = {Sweden}
year = {1993}
month = {Sep}
}
title = {Erosion testing of CRC 262; Erosionsprovning av CRC 262}
author = {Engman, U}
abstractNote = {Solid particle erosion (SPE) testing was made on Sandvik CRC 262 with different heat treatments and on the steels Type 321 and 15Mo3. The Studsvik Erofuge, a centrifugal erosion tester, was used and the testing was performed in air at room temperature. Alumina and olivine sand particles were used at a particle velocity of 60 m/s and at impingement angles of 60 degrees and 90 degrees. Differences in erosion resistance were obtained for CRC 262 depending on the heat treatment. Olivine sand resulted in lower erosion of CRC 262 than when using alumina. The particle type dependence is low for the other materials, Tp 321 and 15Mo3. CRC 262 has a slightly higher erosion resistance than Tp 321 and 15Mo3 and the differences are most pronounced when using olivine sand}
place = {Sweden}
year = {1993}
month = {Sep}
}