「astm」の共起表現一覧(1語右で並び替え)
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uous cooling transformation diagram of EN S355 ( | ASTM A-572 Grade 50, warranted yield stress 355 MPa) |
The most widely used spring steel is | ASTM A228 (0.80-0.95% carbon), which is also known a |
ASTM A269 Standard Specification for Seamless and We | |
ASTM A270 Standard Specification for Seamless and We | |
The equivalent metric standard is | ASTM A325M, which is titled Standard Specification f |
ASTM A354 is an ASTM International standard that def | |
l heavy hex bolts are to be used, as defined by | ASTM A490, even though they have the same strength. |
gher strength version of this type of bolt, see | ASTM A490. |
ASTM A511 Standard Specification for Seamless Stainl | |
ASTM A53 is a carbon steel alloy, used for structura | |
ASTM A554 Standard Specification for Welded Stainles | |
ASTM A992 steel has the following minimum mechanical | |
ASTM A992 is written to cover all hot-rolled shapes. | |
Like other carbon steels, the density of | ASTM A992 steel is approximately 7850 kg/m3. |
ASTM A992 steel is a structural steel alloy often us | |
re are a couple of noteworthy enhancements with | ASTM A992. |
The | ASTM and EN standards both recommend very similar me |
Arden syntax was formerly a standard under | ASTM, and is now part of HL7. |
Fatigue ( | ASTM, ASM term) |
ASTM B 117 and ISO 9227 are widely used as reference | |
andards that encompass the Oilite material are: | ASTM B-438-95A Grade 1 Type II, MIL-B-5687D Type 1 G |
llography laboratory, Vicker's hardness tester, | ASTM B117 corrosion testing setup, etc. |
ASTM B633 Type II and III specify zinc plating plus | |
ASTM B729, B464, B366, B473, B462 | |
ASTM C 1349 is a Standard Practice Standard Specific | |
ethods for determining the acid number, such as | ASTM D 974 and DIN 51558 (for mineral oils, biodiese |
of temperature as determined by the test method | ASTM D 2879. |
The NOACK Volatility Test, otherwise known as | ASTM D-5800, determines the evaporation loss of lubr |
olor standard named for the APHA and defined by | ASTM D1209. |
ASTM D1434 - Standard Test Method for Determining Ga | |
Calculation of the SUS is specified by the | ASTM D2161 specification. |
by standardized tests, such as the ISO 4589 and | ASTM D2863. |
It is also used as a dispersant for the | ASTM D422 - 63(2007) Standard Test Method for Partic |
ASTM D4356 Standard Practice for Establishing Consis | |
be lower than 0.50 mgKOH/g in both EN 14214 and | ASTM D6751 standard fuels. |
ASTM D6751-08 details standards and specifications f | |
ASTM E 165, Standard Practice for Liquid Penetrant E | |
Characteristics of Building Materials, utilizes | ASTM E 84 Standard Test Method for Surface Burning C |
y the line-fraction or area-fraction methods of | ASTM E112. |
e standards as all other fire barriers, such as | ASTM E119 and ULC S101. |
asure the shape factors of individual grains by | ASTM E1382. |
ASTM E1488 Standard Guide for Statistical Procedures | |
consultation and advice from several members of | ASTM E31, the technical committee responsible for de |
oric 1973 Thekaekara spectrum was the basis for | ASTM E490 (American Society for Testing and Material |
ASTM F1115 - Standard Test Method for Determining th | |
nitic steel, often 316L and 316LVM compliant to | ASTM F138, because it is less brittle. |
ASTM F138-compliant steel is also used in the manufa | |
ASTM F1940-07a- Standard Test Method for Process Con | |
are expected to use thread compounds that meet | ASTM F2331 - Standard Test Method for Determining Ch |
ASTM F2476 - Test Method for the Determination of Ca | |
o played an instrumental role in developing the | ASTM F330 specification: Standard Test Method for Bi |
ASTM F519-06e2-Standard Test Method for Mechanical H | |
ASTM F568M is an ASTM International standard for met | |
s available, including DIN 50018, ISO 3231, and | ASTM G87, which are some of the more common methods. |
made in Germany just before World War I and are | ASTM II lightfast and semitransparent. |
ASTM, in standard E1847, defines replication as "the | |
Eager represents Australia on a number of | ASTM International Safety Standards Committees inclu |
ASTM International standards have an important role | |
ASTM International which was funded in 1898, is an i | |
Currently, the EWRI-ASCE and the | ASTM International are developing comprehensive veri |
as American Society for Testing and Materials ( | ASTM), International Organization for Standardizatio |
s a standard set by the standards organization ' | ASTM International'. |
The alloy specifications are set by | ASTM International, in specification ASTM A53/A53M. |
ASTM International, originally known as the American | |
is a standard set by the standards organization | ASTM International, a voluntary standards developmen |
d was established by the standards organization | ASTM International. |
th hazards and is considered non-toxic, with an | ASTM lightfastness rating of I. |
In the United States, | ASTM specification D792-00 describes the steps to ca |
a dead chicken prepared in accordance with the | ASTM specification. |
ASTM standard E969 defines the standard tolerance fo | |
The | ASTM standard E84 defines a standard test method for |
to conform to ASME/ANSI standard A112.19.17 or | ASTM standard F2387. |
For the | ASTM standard, see ASTM A354. |
Alexander is currently a member of the | ASTM Standards Committee on Trampolines. |
s-based diesel fuels would necessarily meet the | ASTM standards required by automakers for diesel fue |
ther hand, biomass-based diesel fuels that meet | ASTM standards could be used in much higher concentr |
pipes and fittings (NSF/ANSI 14 and equivalent | ASTM standards). |
Various | ASTM vapor pressure measurement standards use the is |
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