77.040.99 金属材料的其他试验方法 标准查询与下载

GSO ISO 2624:2015 铜和铜合金 平均晶粒尺寸的估计

  Scope is not provided for this standard

Copper and copper alloys -- Estimation of average grain size

GSO ISO 196:2015 锻制（锻制）铜及铜合金残余应力检测硝酸汞（I）试验

  Scope is not provided for this standard

Wrought copper and copper alloys -- Detection of residual stress -- Mercury(I) nitrate test

GSO ISO 2626:2015 铜 氢脆测试

  Scope is not provided for this standard

Copper -- Hydrogen embrittlement test

BS ISO 16574:2015 高碳钢盘条中可溶性珠光体百分比的测定

Determination of percentage of resolvable pearlite in high carbon steel wire rod

ISO 16574:2015 高碳钢线材中可分辨珠光体的百分比测定

This International Standard defines resolvable pearlite and specifies two methods of determining the percentage of resolvable pearlite. The methods are applicable for wire rod made from control cooling steel with carbon content greater than 0,65 % C.

Determination of percentage of resolvable pearlite in high carbon steel wire rod

GSO ISO 4967:2015 钢非金属杂质含量的测定标准图显微法

This International Standard specifies a micrographic method of determining the non-metallic inclusions in rolled or forged steel products having a reduction ratio of at least 3 using standard diagrams. This method is widely used to assess the suitability of a steel for a given use. However, since it is difficult to achieve reproducible results owing to the influence of the test operator, even with a large number of specimens, precautions should be taken when using the method. NOTE For certain types of steel (e.g. free cutting steels), the standardized diagrams described in this International Standard may not be applicable. This International Standard also provides for the determination of non-metallic inclusions by image analysis technologies (see Annex D).

Steel -- Determination of content of non-metallic inclusions -- Micrographic method using standard diagrams

GSO ISO 9042:2015 退火 一种手动计数点的方法 通过点网格统计估计主成分的体积摩擦力

This International Standard specifies a manual point counting method for statistically estimating the volume fraction of a constituent through the microstructure of a steel by means of a point grid. It applies to constituents which are clearly identifiable. NOTE — In this International Standard, the word "constituent" can designate a phase as well as a micrographic constituent composed of two or more phases.

Steels -- Manual point counting method for statistically estimating the volume fraction of a constituent with a point grid

GSO ISO 642:2015 钢 快速端面淬火硬度测试（Jomini 测试）

This International Standard specifies a method for determining the hardenability of steel by end quenching (Jominy test) by using a test piece 25 mm in diameter and 100 mm long. NOTE By agreement and for a defined field of application, the test described in this International Standard may be replaced by the calculation of the Jominy curve in accordance with an accepted mathematical model (see annex C). In case of dispute, the test shall be carried out.

Steel -- Hardenability test by end quenching (Jominy test)

GSO ISO 3754:2015 退火 确定火焰或感应淬火后效果硬化的深度

This International Standard a) defines the effective depth of hardening (DS) after flame or induction hardening; b) specifies the method for measuring this depth of hardening.

Steel -- Determination of effective depth of hardening after flame or induction hardening

GSO ISO 4970:2015 退火 测定薄表面硬化层的总厚度或有效厚度

This International Standard specifies a method of measuring the total or effective thickness of thin surface-hardened layers, with thicknesses of less than or equal to 0,3 mm, obtained, for example, by mechanical (shot blasting, shot peening, etc.), thermal (flame or induction hardening, etc.) or thermochemical (carbonitriding, carburizing and hardening, etc.) treatment. It is not applicable to thin surface layers which are not continuous with the basis metal. NOTE — Surface-hardened layers with thicknesses of more than 0,3 mm are covered by ISO 2639, Steel — Determination and verification of the effective depth of carburized and hardened cases; and ISO 3754, Steel — Determination of effective depth of hardening after flame or induction hardening.

Steel -- Determination of total or effective thickness of thin surface-hardened layers

GSO ISO 4968:2015 钢 硫印宏观检验（鲍曼法）

This International Standard specifies a method (Baumann) for the macrographic examination of steel by means of contact printing using silver salts and sulphuric acid. The method is applicable to non-alloy and alloy steels1) of which the sulphur content is less than 0,1 %.)

Steel -- Macrographic examination by sulfur print (Baumann method)

GSO ISO 3763:2015 锻钢非金属夹杂物含量宏观评定方法

1.1 This International Standard describes the macroscopic methods used in current practice for assessing the content of non-metallic inclusions in wrought steel products. 1.2 Macroscopic methods are those dealing with nonmetallic inclusions visible to the naked eye or with the aid of a magnifying glass with a magnification of not more than X 10. Only inclusions equal to or greater than 1 mm long are taken into consideration. 1.3 The methods usually applied and defined In this International Standard are : — the blue fracture test method; — the step machined test method; — the magnetic particle inspection method.

Wrought steels -- Macroscopic methods for assessing the content of non-metallic inclusions

GSO ISO 4969:2015 钢 用强无机酸蚀刻进行宏观检查

This International Standard lays down guidelines for the macroscopic examination of steel by etching with strong mineral acids. The method has very wide application. Selection of the type and concentration of the reagent, the temperature of the reaction and the conditions of surface preparation of the test piece make it possible to achieve the required aim. NOTE— Depending on the conditions of surface preparation of the test piece, and on the etching process, this macroscopic examination does not always make it possible to distinguish on the one hand porosities from segregations, and on the other hand cracks from lines of inclusions or segregations.

Steel -- Macroscopic examination by etching with strong mineral acids

JIS G 0555 AMD 1:2015 钢中非金属夹杂物的显微测试方法(修改件1)

Microscopic testing method for the non-metallic inclusions in steel (Amendment 1)

ISO 4969:2015 钢材. 宏观检验用蚀刻法

Steel - Etching method for macroscopic examination

YB/T 153-2015 优质结构钢连铸坯低倍组织缺陷评级图

本标准规定了优质结构钢连铸坯低倍组织缺陷形貌特征、产生原因、评级原则、评定方法和试验报告。 本标准适用于评定优质碳素结构钢、合金结构钢、弹簧钢等连铸坯的横截面酸蚀低倍组织缺陷。经供需双方协商，也可用于评定其他钢类的连铸坯。 本标准适用于连铸坯尺寸范围为：边长为100mm～550mm的连铸方坯或矩形坯、直径为90mm～1000mm的连铸圆坯(以下简称连铸坯)。其他尺寸的连铸坯可参照使用。

Standard diagrams for macrostructure and defects in high quality structural steel continuous casting blank

BS ISO 16573:2015 钢材. 估高强度钢材抗氢脆性的测量方法

Steel. Measurement method for the evaluation of hydrogen embrittlement resistance of high strength steels

YB/T 4455-2015 连铸钢坯凝固组织枝晶间距的测定方法

本标准规定了连铸钢坯凝固组织枝晶间距测定的取样、试样制备及枝晶组织成像方法、枝晶间距的测定及检验报告。 本标准适用于连铸钢坯(方坯、板坯、圆坯、矩形坯及异形坯等)凝固组织低倍枝晶间距的测定。

Testing method of dendrite arm spacing in the continuous casting billet

ISO 16573:2015 钢.高强度钢抗氢脆性评估的测量方法

Steel - Measurement method for the evaluation of hydrogen embrittlement resistance of high strength steels

ASTM B797-15 粉末锻 (PF) 钢部件中表面指状氧化物穿透深度和粒子间氧化物网状组织出现的标准试验方法

5.1 The presence of surface finger-oxide penetration and interparticle oxide networks are two of the properties used to evaluate powder forged steel parts for proper processing. Maximum acceptable depths of penetration of surface finger-oxide penetration and acceptable concentrations of subsurface interparticle oxide networks depend on the component and its service environment. 5.2 Results of tests may be used to qualify parts for shipment. 1.1 This test method covers a metallographic method for determining the maximum depth of surface finger-oxide penetration and the concentration of subsurface interparticle oxide networks in critical areas of powder forged steel parts. 1.2 The values stated in SI units are to be regarded as standard. No other units of measurement are included in this standard. 1.3 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

Standard Test Method for Surface Finger-Oxide Penetration Depth and Presence of Interparticle Oxide Networks in Powder Forged (PF) Steel Parts