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金属磁记忆检测法

金属磁记忆检测法标准

金属磁记忆常见问题解答

金属磁记忆论文

A.A. Dubov
金属磁记忆检测法

A.A. Dubov, V.T. Vlasov
基于设备风险和设备寿命评估的全新无损检测方法

V.T. Vlasov, A.A. Dubov
材料和结构件应力应变状态评估的物理标准

A.A. Dubov
金属磁记忆检测法的物理特征与检测工具和现有磁粉无损检测方法的比较

A.A. Dubov
金属磁记忆检测在俄罗斯和其他国家工业上的应用

A.A. Dubov, V.T. Vlasov
结构复杂构件材料的应力应变状态特征测量,应力应变状态诊断的能量概念

A.A. Dubov
老旧设备剩余寿命评估问题

A.A. Dubov
使用金属磁记忆法评估设备寿命

A.A. Dubov, I.I. Veliulin
基于现代工程诊断方法的油气管线的剩余寿命评估

A.A. Dubov, M.Yu. Evdokimov, A.V. Pavlov
扫描装置应用于快速在线检测输气管线的经验

A.A. Dubov, S.M. Kolokolnikov
回顾焊缝问题和相关程序以及使用金属磁记忆法的解决方案

 
 
 

ISO 24497-1:2007(E)

无损检测-金属磁记忆-第1部分:术语

出版日期2007年11月1日

范围

ISO 24497标准的这个部分的定义了无损检测-金属磁记忆检测法的概念。

ISO 24497的该部分条款适用于所有关于金属磁记忆这种无损检测方法的各种文献和出版物,包括标准化工作和/或利用标准化工作的结果。

ISO 24497-2:2007(E)

无损检测-金属磁记忆-第2部分:一般要求

出版日期2007年11月1日

范围

ISO 24497的该部分规定了应用金属磁记忆检测法对不同用途的分量、单位、设备和构件等的一般要求。

该方法的主要用途如下:

 确定设备和构件的应力应变状态的不均匀性和应力集中区。

 确定在应力集中区的金属取样位置以评估金属结构状态。

 早期诊断疲劳损坏和评估设备和构件的寿命。

 利用与常规的无损检测方法相结合来减少检测成本与材料成本。

 各种类型的焊接的质量控制。(包括接触焊与点焊)

 通过构件的不均匀性对新生产与在用的机械制造产品快速分类。

ISO 24497-3:2007(E)

无损检测-金属磁记忆-第3部分:焊缝的检测

出版日期2007年11月1日

范围

该部分规定了用金属磁记忆检测对受压焊缝进行无损检测时的一般要求。

该部分标准可以应用到任何类型的焊缝,如管线、容器、设备与金属构件。

这些条款定义的程序包含在ISO 24497-1中,程序的一般要求包含在ISO 24497-2中。

GOST R 52005-2003

State Standard of Russian Federation. Non-destructive Testing. Method of Metal Magnetic Memory. General Requirements

Introduction date 21 January, 2003

Scope

This standard specifies general requirements to application of the method of metal magnetic memory of components, units, equipment and structures for various application purposes.

The purpose of the method is:

 Determination of heterogeneity of the equipment and structures stressed-strained state and revealing of stresses concentration zones being the main sources of damages development;

 Determination of locations of metal sampling in stresses concentration zones for assessment of the structural-mechanical state;

 Early diagnostics of fatigue damages and evaluation of equipment and structures life;

 Reduction of testing and material costs volume at its utilization in combination with conventional methods of non-destructive testing;

 Quality control of welded joints of various types and embodiment (including contact and spot welding);

 Express sorting of new and used machine-building products by their structural heterogeneity.

GOST R 52081-2003

State Standard of Russian Federation. Non-destructive Testing. Method of Metal Magnetic Memory. Terms and Definitions

Introduction date 10 June, 2003

Scope

This standard specifies terms and definitions of concepts in the sphere of non-destructive testing method by metal magnetic memory method.

Terms specified by this standard are mandatory for application in all types of documentation and literature in the sphere of non-destructive testing by the method of metal magnetic memory included in the scope of standardization works and/or using the results of these works.

GOST R 52330-2005

State Standard of Russian Federation. Non-destructive Testing. Stressed-Strained State Test of Industrial Objects and Transport. General Requirements

Introduction date 01 September, 2005

Designation and scope

It is known that Stress Concentration Zones (SCZ), occurring due to technological defects during fabrication, working loads or their combinations are main sources of the equipment and structures damages.

In new machine-building products SCZ occur due to structural heterogeneity and fabricating technology.

Presence of SCZ both on new and already used products significantly reduce their lifetime. Therefore control of products’ stress-strained state and SCZ detection using means of non-destructive testing are important national-economic tasks.

SCZ may vary from parts of micron (product microvolume) up to sizes comparable with these of a product itself (macrovolume).

This standard specifies general requirements to application of methods and means of non-destructive testing of stress-strained state on industrial objects and transport at assessment of machine-building products’, equipment’s and structures’ lifetime.

This standard applies to products and equipment made of steel and alloys, cast iron and other structural materials without limitations on size and thickness including welded joints.

ST RWS 004-03

Standard of Russian Welding Society. Non-destructive Testing. Welded Joints of Equipment and Constructions. Method of Metal Magnetic Memory

Introduction date 01 June, 2002

Scope

This standard specifies general requirements for application of the metal magnetic memory method (ММM inspection) for quality control of equipment and construction welded joints working under pressure.

This standard covers equipment and constructions within and beyond the jurisdiction of Gosgortechnadzor (State Engineering Supervision) of the Russian Federation in various branches of industry including manufacturing and service.

The standard may be extended for welded joints of any types of products, pipelines, vessels, equipment and metal constructions as agreed with the consumer.

 
 
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