Abstract
The main objective of the work was to determine the most common defects occuring in tool steels of the AISI D-2, S-1, 0-1 and W-2 series during thermal treatment. Defects were evaluated by metallographic analyses, a method used to determine and recognize micro structural defects and their origin in order to be able to eliminate and correct some of the stages that are caused by heat treatment. Results show a large number of defects due to irregularities during thermal heating such as excess or lack of temperature, heating time, temper, and atmosphere, rectifying and handling in service and, to a lesser extent, poor design. In conclusion, with the results obtained for each of the thermal treatments it is necessary to define, particularly the values each of these variables should have as possible since they influence the material properties. (Author).
Citation Formats
Nunez-Gonzalez, G.
Failures on the heat treatments of steels for tools; Fallas en los tratamientos termicos para aceros de herramienta.
Mexico: N. p.,
1990.
Web.
Nunez-Gonzalez, G.
Failures on the heat treatments of steels for tools; Fallas en los tratamientos termicos para aceros de herramienta.
Mexico.
Nunez-Gonzalez, G.
1990.
"Failures on the heat treatments of steels for tools; Fallas en los tratamientos termicos para aceros de herramienta."
Mexico.
@misc{etde_10127933,
title = {Failures on the heat treatments of steels for tools; Fallas en los tratamientos termicos para aceros de herramienta}
author = {Nunez-Gonzalez, G}
abstractNote = {The main objective of the work was to determine the most common defects occuring in tool steels of the AISI D-2, S-1, 0-1 and W-2 series during thermal treatment. Defects were evaluated by metallographic analyses, a method used to determine and recognize micro structural defects and their origin in order to be able to eliminate and correct some of the stages that are caused by heat treatment. Results show a large number of defects due to irregularities during thermal heating such as excess or lack of temperature, heating time, temper, and atmosphere, rectifying and handling in service and, to a lesser extent, poor design. In conclusion, with the results obtained for each of the thermal treatments it is necessary to define, particularly the values each of these variables should have as possible since they influence the material properties. (Author).}
place = {Mexico}
year = {1990}
month = {Dec}
}
title = {Failures on the heat treatments of steels for tools; Fallas en los tratamientos termicos para aceros de herramienta}
author = {Nunez-Gonzalez, G}
abstractNote = {The main objective of the work was to determine the most common defects occuring in tool steels of the AISI D-2, S-1, 0-1 and W-2 series during thermal treatment. Defects were evaluated by metallographic analyses, a method used to determine and recognize micro structural defects and their origin in order to be able to eliminate and correct some of the stages that are caused by heat treatment. Results show a large number of defects due to irregularities during thermal heating such as excess or lack of temperature, heating time, temper, and atmosphere, rectifying and handling in service and, to a lesser extent, poor design. In conclusion, with the results obtained for each of the thermal treatments it is necessary to define, particularly the values each of these variables should have as possible since they influence the material properties. (Author).}
place = {Mexico}
year = {1990}
month = {Dec}
}