ASTM E1471-1992(2008) Standard Guide for Identification of Fibers Fillers and Core Materials in Computerized Material Property Databases《计算机处理的材料性能数据库中纤维、填充料和磁心材料的识别的标准指南》.pdf

《ASTM E1471-1992(2008) Standard Guide for Identification of Fibers Fillers and Core Materials in Computerized Material Property Databases《计算机处理的材料性能数据库中纤维、填充料和磁心材料的识别的标准指南》.pdf》由会员分享，可在线阅读，更多相关《ASTM E1471-1992(2008) Standard Guide for Identification of Fibers Fillers and Core Materials in Computerized Material Property Databases《计算机处理的材料性能数据库中纤维、填充料和磁心材料的识别的标准指南》.pdf（5页珍藏版）》请在麦多课文档分享上搜索。

1、Designation: E 1471 92 (Reapproved 2008)Standard Guide forIdentification of Fibers, Fillers, and Core Materials inComputerized Material Property Databases1This standard is issued under the fixed designation E 1471; the number immediately following the designation indicates the year oforiginal adopti

2、on or, in the case of revision, the year of last revision. A number in parentheses indicates the year of last reapproval. Asuperscript epsilon () indicates an editorial change since the last revision or reapproval.1. Scope1.1 This guide establishes the essential and desirable ele-ments of data requi

3、red for the identification in computerizedmaterial property databases of fibers, fillers, and core materialsused in composite materials. A recommended format for entryof these fields into a computerized database is provided.Examples of the application of this guide are also included.1.2 The recommen

4、ded format described in this guide issuggested for use in recording data in a database, which isdifferent from contractural reporting of actual test results. Thelatter type of information is described in materials specifica-tions shown in business transactions and is subject to agree-ment between ve

5、ndor and purchaser.1.3 The materials covered by this guide include fibers, bothcontinuous and discontinuous, and fillers of various geometrieswhich are used as reinforcements in composite materials, aswell as core materials used in sandwich composites. Cores maybe foam, honeycomb, or naturally occur

6、ring materials such asbalsa wood. These materials are distinguished from bulkmaterials by the importance of their specialized geometricforms to their properties. This difference is reflected in the useof geometry, along with chemistry, as a primary basis forclassification. Identification of composit

7、e materials is dis-cussed in Guide E 1309.2. Referenced Documents2.1 ASTM Standards:2C 274 Terminology of Structural Sandwich ConstructionsD 123 Terminology Relating to TextilesD 883 Terminology Relating to PlasticsD 3878 Terminology for Composite MaterialsE 1309 Guide for Identification of Fiber-Re

8、inforcedPolymer-Matrix Composite Materials in DatabasesE 1443 Terminology Relating to Building and AccessingMaterial and Chemical Databases (Discontinued 2000)33. Terminology3.1 DefinitionsTerminology D 3878 shall be used whereapplicable.3.2 Definitions of Terms Specific to This Standard:3.2.1 core,

9、 na generally, centrally located layer or com-posite component of a sandwich construction, usually lowdensity, which separates and stabilizes the facings and trans-mits shear between them and provides most of the shearrigidity of the construction (see Terminology C 274).3.2.2 essential field, na fie

10、ld in a record which must befilled to meet the requirements of a stated type of database (seeTerminology E 1443).3.2.2.1 DiscussionFields are considered essential if theyare required to make a meaningful comparison of property datafrom different sources. A comparison of data from differentsources ma

11、y still be possible if essential information is omitted,but the value of the comparison may be greatly reduced.3.2.3 fiber, nin textiles, the general term for a filamentarymaterial having a length at least ten times its nominal diameter.3.2.4 field, nan elementary unit of a record that maycontain a

12、data item, a data aggregate, a pointer, or a link (seeE 1443).3.2.5 field name, na name or code associated with a fieldand used for identification (see Terminology E 1443).3.2.6 filler, na relatively inert material added to a plasticto modify its strength, permanence, working properties, orother qua

13、lities, or to lower cost (see Terminology D 883).3.2.7 strand, nin textile fibers, a normally untwistedbundle of filaments.3.2.8 value set, nan open listing of representative, accept-able strings which could be included in a particular field of arecord (see Terminology E 1443).4. Significance and Us

14、e4.1 This guide defines the information which is consideredessential to uniquely describe a fiber, filler, or core material ina computerized database.Aformat is recommended for placingthese data in fields suitable for a computerized database.1This guide is under the jurisdiction of ASTM Committee D3

15、0 on CompositeMaterials and is the direct responsibility of Subcommittee D30.01 on Editorial andResource Standards.Current edition approved Nov. 1, 2008. Published December 2008. Originallyapproved in 1992. Last previous edition approved in 2004 as E 1471 92 (2004).2For referenced ASTM standards, vi

16、sit the ASTM website, www.astm.org, orcontact ASTM Customer Service at serviceastm.org. For Annual Book of ASTMStandards volume information, refer to the standards Document Summary page onthe ASTM website.3Withdrawn. The last approved version of this historical standard is referencedon www.astm.org.

17、1Copyright ASTM International, 100 Barr Harbor Drive, PO Box C700, West Conshohocken, PA 19428-2959, United States.Additional fields which are considered desirable, but notessential, are also defined. The purpose is to facilitate efficientstorage and retrieval of the information with a computer and

18、toallow meaningful comparison of data from different sources.4.2 Comparison of property data from different sources willbe most meaningful if all the essential information defined bythe guidelines is present. Comparison may still be possible ifessential information is omitted, but the value of the c

19、ompari-son may be greatly reduced.4.3 While at this time there is no generally acceptednumbering system for these materials, analogous to those formetals and alloys, a field for an identifying number (MaterialReference Number) is included should such a system bedeveloped in the future.4.4 This infor

20、mation should not be considered restrictive.For example, a database designer may find it useful toaggregate several fields, such as the material and chemicalclass fields, into a single field. This may affect search strategiesand other database operations. These considerations are be-yond the scope o

21、f this guide.5. Guidelines5.1 The following fields are recommended for identificationof fibers, fillers, and core materials used in composites. Forcertain fields, lists of recommended entries are included.Where possible, entries should be chosen from these lists.However, these lists should not be re

22、garded as exhaustive.5.2 Primary Identifiers:5.2.1 Material Reference NumberIdentifying number orcode, if any, for the particular material.5.2.2 ClassClassification by form, either fiber, filler, orcore.5.2.3 SubclassFurther subdivision by geometric formwithin the class. See Table 1 for list.5.2.4 C

23、hemical FamilyClassification of the material by itsgeneric chemical composition family. See Table 1 for list.5.3 Commercial Specification:5.3.1 Common NameName by which the material isknown in the industry.5.3.2 Additional Name InformationAdditional informa-tion on the name, such as chemical composi

24、tion details on thematerial.5.3.3 Specification OrganizationA company, industry,government, national, regional, or international organizationissuing the specification; for example, ASTM.5.3.4 Specification NumberThe specification numberwithin the organization referenced.5.3.5 Specification VersionTh

25、e year or revision code ofthe specification.5.3.6 Specification DesignationThe designation used forthe material in the specification.5.4 Characteristics:5.4.1 Density.5.4.2 Cross-Section TypeGeometry of cross section of thematerial. See Table 2 for list.5.4.3 Dimension ParameterName of dimension cha

26、rac-teristic of the material; for example, diameter. Dimensionparameter, units, and value should be given for each charac-teristic dimension. See Table 3 for list.5.4.4 Dimension ValueMean or nominal numerical valueof the specified dimension in appropriate units.5.4.5 Dimension Distribution Paramete

27、r TypeName ofthe parameter used to characterize the distribution of values forthe specified dimension. See Table 4 for list.5.4.6 Dimension Distribution Parameter ValueNumericalvalue of the distribution parameter for the specified dimension.Units are assumed to be the same as those of the dimensioni

28、tself.5.4.7 Dimension Distribution Sample SizeThe number ofsamples from which the dimension distribution parametervalue is determined.5.5 Source:5.5.1 Manufacturer.5.5.2 Manufacturers IdentificationCode, part number, orother identification used by the manufacturer to identify thismaterial.5.5.3 Lot

29、NumberManufacturers reference for traceabil-ity of this lot of material.5.5.4 Date of ManufactureYYYYMMDD.5.6 Process Descriptors:5.6.1 Process ConditionsConditions under which the ma-terial was produced. (This refers to production of the primaryform of the material; for example, fiber. If a seconda

30、ry formsuch as fabric or braid is actually tested, its processing shouldbe described according to Guide E 1309.)TABLE 1 Class, Subclass, Chemical Family, and Forms forFibers, Fillers, and Core MaterialsNOTE 1These are lists. The table is not intended to be read horizon-tally.Class Subclass Chemical

31、Family FormFiber continuous aramid tow or end or impreg-discontinuous, long glass nated tow stranddiscontinuous, short silicon carbide plied yarnstaple aluminum oxide yarn rovingmilled aluminum matwhisker boron other (specify)pulp other (specify)other (specify)Filler particulate calcium carbonate po

32、wderplatelet kaolin clay slurryhollow sphere titanium dioxide other (specify)hollow cylinder micaother (specify) talcother (specify)Core honeycomb glass reinforced blockfoam aluminum other (specify)other (specify) aramid reinforcedpolyvinyl chloridebalsa woodpolyurethanepolymethacrylimideother (spec

33、ify)TABLE 2 Cross-Section Types for Fibers, Fillers, and CoreMaterialsCircularRectangularOvalIrregularOther (specify)E 1471 92 (2008)25.6.2 Surface Treatment TypeType of process used tomodify the surface chemistry. See Table 5 for list.5.6.3 Surface Treatment DetailDetails of the surfacetreatment, i

34、ncluding time, temperature, pressure, and environ-ment, if applicable.5.7 Sample FormatsThe format in Table 6 identifies, withan asterisk (*), the essential information for computerized dataretrieval as defined in 4.2. There are three columns of infor-mation:5.7.1 Field NumberA reference number for

35、ease of deal-ing with the individual fields within this format guideline. Ithas no permanent value and does not become part of thedatabase itself.5.7.2 Field Name and DescriptionThe complete name ofthe field, descriptive of the element of information that wouldbe included in this field of the databa

36、se.5.7.3 Value Sets or UnitsA listing of the types of infor-mation that would be included in the field or, in the case ofproperties or other numeric fields, the units in which thenumbers are expressed. Value sets are representative sets,listing sample (but not necessarily all acceptable) inputs to t

37、hefield.5.7.4 Examples of the application of this guide to fibers,fillers, and cores are included in Tables 7-9. Only those fieldsappropriate to the particular material form should be used.6. Keywords6.1 computerization; core material; fiber; filler; materialsdatabases; material identificationTABLE

38、3 Dimension Parameters for Fibers, Fillers, and CoreMaterialsLengthWidthInside diameterOutside diameterThicknessWall thicknessCell sizePercent opencellDenierFilament countFiber yieldOther (specify)TABLE 4 Dimension Distribution Parameters for Fibers, Fillers,and Core MaterialsStandard deviationRange

39、 (+)Coefficient of variation (%)Other (specify)TABLE 5 Surface Treatment Types for Fibers, Fillers, and CoreMaterialsChemical oxidationPlasma etchingAdhesion promotingSizingAnti-corrosionFinish freeLubricantRelease treatmentOther (specify)TABLE 6 Generic Format for Identification of Fibers, Fillers,

40、 andCore MaterialsFieldNumberAField Name Value Sets or UnitsPrimary Identifiers:1 Material reference number alphanumeric string2 * Class fiber, filler, or core3 * Subclass See Table 14 * Chemical family number See Table 1Commercial Specification:5 * Common name alphanumeric string6 Additional name i

41、nformation alphanumeric string7 Specification organization alphanumeric string8 Specification number alphanumeric string9 Specification version alphanumeric string10 Specification designation alphanumeric stringCharacteristics:11 * Density g/cm3(lb/in.3)12 Cross-section type See Table 213 * Dimensio

42、n parameterBSee Table 314 * Dimension value floating point15 Dimension distribution parameterCSee Table 416 Dimension distribution parameter value floating point17 Dimension distributionsample sizeintegerSource:18 Manufacturer alphanumeric string19 Manufacturers identification alphanumeric string20

43、Lot number alphanumeric string21 Date of manufacture YYYYMMDDProcess History:22 Process conditions alphanumeric string23 Surface treatment type See Table 524 Surface treatment detail alphanumeric stringAField numbers are for information only.BDimension parameter and value should be given for each re

44、levant dimension.Type is essential information if value is given.CFor each dimension in which distribution width is relevant. Parameter isessential if parameter value is given.* Denotes essential information.E 1471 92 (2008)3TABLE 7 ExampleIdentification of a Fibrous ReinforcementFieldNumberField Na

45、me ValuePrimary Identifiers:1 Material reference number to be assigned2 Material class fiber3 Material subclass continuous4 Chemical family carbonCommercial Specification:5 Common name IM-6A6 Additional name information PAN-based7 Specification organization Advanced CompositesCorp.8 Specification nu

46、mber C22-4579 Specification version Release 1.210 Specification designation Type IIICharacteristics:11 Density 1.72 g/cm3(0.062 lb/in.3)12 Cross-section type circular13 Dimension parameter diameter14 Dimension value 0.145 mm (0.0057 in.)138 Dimension parameter Filament count148 Dimension value 12 00

47、015 Dimension distribution parameter not applicable16 Dimension distribution parameter value not applicable17 Dimension distribution sample size not applicableSource:18 Manufacturer Hercules, Inc.19 Manufacturers identification IM6-G-12K20 Lot number X627-3121 Date of manufacture 19841204Process His

48、tory:22 Process conditions unknown23 Surface treatment type chemical oxidation24 Surface treatment detail unknownARegistered trademark of Hercules, Inc.TABLE 8 ExampleIdentification of FillerFieldNumberField Name ValuePrimary Identifiers:1 Material reference number to be assigned2 Class filler3 Subc

49、lass particulate4 Chemical family calcium carbonateCommercial Specification:5 Common name calcium carbonate6 Additional name information MgCO:3 3 % max; acidinsolubles 3 % max7 Specification organization Texas Composites, Inc.8 Specification number TC25-6549 Specification version Revision 89-210 Specification designation Filler 3Characteristics:11 Density 2.71 g/cm3(0.0978 lb/in.3)12 Cross-section type irregular13 Dimension parameter median size14 Dimension value 2.3 m15 Dimension distribution parameter standard deviation16 Dimension di