Specific Test Performed | Test Method Specification against which tests are performed |
Tensile test, | IS:1608-2005 |
Yield Strength, | ASTM E 8 M-09 |
Tensile Strength | ASTM A 370 –09ae1 |
Elongation %, & | ASME SEC-IX |
% Reduction of area. | IS:3600(Pt-3)-1984 RA2003 |
Hardness by Vickers | IS:1501-2002 |
ASTM E 92-82 (2003)e2 | |
Hardness by Brinell | IS:1500-2005/ |
ASTM E 10-08 | |
Hardness by Rockwell | IS:1586-2000 RA 2006 |
ASTM E 18-08b | |
Microhardness | IS:1501-2002/ |
ASTM E384 – 09 | |
Izod Impact tests (Room Temp.) | IS:1598-1977 RA-2003 |
Charpy Impact Test (V-Notch & U-Notch) (Room Temp. & upto -50°C) |
IS:1757 –1988 RA-2003 |
IS:1499-1977 RA 2003 | |
IS:3600(Pt-2)-1985 RA 2003 | |
Bend Test | IS:1599-1985 RA-2006 |
IS: 2329-2005/ISO 8491:1998 | |
ASME Sec – IX | |
IS: 3600(Pt-5):1983/ | |
IS: 3600-6:1983/ | |
Measurement of Coating Thickness on Al-base & Iron base) | IS:1868-1996 RA-2006 |
IS:6012-1992 RA-2006 | |
IS:5523-1983 RA-2006 | |
IS:3203-1982 RA-2006 | |
Flattening test | IS:2328-2005 |
Cupping test | IS:10175-(Pt 1) –1993 / |
IS:6240-2008 | |
Shear Strength of Metal | IS:5242-1979 |
Dimension | IS:1239(Pt-1 )-2004 |
IS:1239 (Pt-2)-1992 RA 2003 | |
IS:3589-2001 RA-2006 | |
IS:1161-1998 RA-2003 | |
IS:2062-2006 | |
IS:4923-1997RA-2003 | |
IS:1786-2008 Clause 5.2 | |
IS:778-1984 RA-2005 | |
IS:14846-2000 RA 2005 | |
IS:781-1984 RA – 2005 | |
IS:8329-2000 RA 2005 | |
IS:1978-1982 RA 2003 | |
IS 4246-2002 RA-2008 | |
& IS 5116-1996 RA-2007 | |
IS:13983-1994 RA 2004 | |
IS:10325-2000 RA 2005 | |
IS:10339-2000 RA 2005 | |
-Mass/meter | IS:1239(Pt 1)-2004 |
IS: 1161-1998 RA-2003 | |
IS: 1786-2008 | |
IS:2062-2006 | |
IS:4923-1997 RA 2003 | |
IS:3589-2001 RA 2006 | |
IS:1825-1983 RA 2006 | |
IS: 1536 –2001 RA 2006 | |
IS: 1537 – 1976 RA 2005 | |
IS:1538-1993 RA 2004 | |
IS:3989-1984 RA 2007 | |
IS:1729-2002 RA 2007 | |
IS:7138-1973 RA 2003 | |
IS:7452-1990 RA 2003 | |
Weighing balance & measuring tape & other relevant standards. |
A material’s grain size is important as it affects its mechanical properties. In most materials, a refined grain structure gives enhanced toughness properties to the metal and alloying elements are deliberately added during the steel-making process to assist in grain refinement.
This test helps in determining the depth to which the micro indentation hardness of the exterior portion of a part has been increased over that of the interior of the part.
Non-metallic inclusions in steel are foreign substances. They disrupt the homogeneity of structure, so their influence on the mechanical and other properties can be considered. During deformation, which occurs from flattening, forging and stamping (metalworking). Stamping and non-metallic inclusions can cause cracks and fatigue failure in steel.
Carbide segregation to the boundaries of particles used in powder metallurgy to generate an article is eliminated through the use of a nickel-base alloy powder which coordinates carbon with the amount of Mo and W which can form detrimental amounts of undesirable carbides and with Cb, Ta, Hf and Zr which are strong and of desirable MC-type carbide.
This test is important for materials science, research and development, catalyst evaluation, exploration and production and many other applications.
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