The conditions for the application and execution of a Post-Weld Heat Treatment (PWHT) are in accordance with the provisions of the construction code or the harmonized standard for the product used and the QMOS as specified in the specification S-SG-TU-0615.

When utilizing tubes under thermomechanical delivery conditions (MB), the thickness must not exceed 30 mm, and any TTAS is prohibited unless the contractor conducts a prior study and obtains approval from Storengy, as specified in document S-SG-TU-0615.

In the case of using tubes with a thermomechanical delivery condition (MB), the thickness is limited to 30 mm, and no TTAS is allowed without prior study by the contractor and approval from Storengy specification S-SG-TU-0615.

Disinformation and fake news are critical concepts in discussions about freedom of speech, particularly in the context of how information is shared and consumed in digital and traditional media. ### Definitions 1. **Disinformation**: This refers to false or misleading information that is deliberately created and disseminated with the intent to deceive. The goals might vary from influencing public opinion, swaying elections, provoking social

PWHT stands for Post Weld Heat Treatment. It is a process applied to welded components to relieve residual stresses, reduce hardness, and improve ductility and toughness. PWHT is particularly important in materials that are susceptible to cracking and stress corrosion, such as carbon and low-alloy steels, stainless steels, and certain other metals. ### Key Aspects of PWHT: 1. **Purpose**: - **Relief of Residual Stresses**: Welding introduces

Political retaliation in the context of freedom of speech refers to punitive actions taken by government officials or entities against individuals or groups for exercising their right to free expression, particularly when that expression is critical of the government or its policies. This retaliation can take various forms, including: 1. **Legal Action**: Initiating lawsuits or criminal charges against individuals for their speech or expressions

Radiographic inspections must be performed before the possibility of post-weld heat treatment (PWHT) and, in any case, before proceeding with the strength test or examination. The acceptance criteria to be followed are those defined in table 341.3.2 of ASME B31.3b, as mentioned in the document S-SG-TU-615.

Les contrôles radiographiques doivent être effectués avant la possibilité d'un traitement thermique après soudage (PWHT), et dans tous les cas avant de procéder à l’épreuve ou à l’essai de résistance. Les critères d'acceptation à respecter sont ceux définis dans la table 341.3.2 de l'ASME B31.3b, comme mentionné dans le document S-SG-TU-615.

Table 341.3.2 of the ASME B31.3 standard relates to the process piping design code, specifically for the design and fabrication of piping systems in chemical plant and petroleum refinery contexts. This section of the standard typically addresses the requirements for the design of piping systems and the materials that should be used. Table 341.3.2 may include information such as: - **Piping Material Specifications:** Lists various materials that

ISO 17638 is the International Organization for Standardization (ISO) standard titled "Non-destructive testing — Ultrasonic testing of metallic materials — Sensitivity and range calibration for the detection of planar flaws." This standard provides guidelines for the sensitivity and range calibration of ultrasonic testing equipment used for detecting planar flaws in metallic materials. It focuses on ensuring that ultrasonic testing is

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Socket welds and fillet welds are not suitable for radiographic inspection; instead, they should be assessed using dye penetrant or magnetic particle testing methods, as specified in AIGA 033-14. Inspections of welded assemblies shall be conducted in accordance with the standards established in ISO 3452-1 and ISO 17638. These inspections are to be performed after the completion of any necessary post-weld heat treatment (PWHT). It is important

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Socket welds and fillet welds are not suitable for radiographic inspection; instead, they should be assessed using dye penetrant or magnetic particle testing methods, as specified in AIGA 033-14. Inspections of welded assemblies shall be conducted in accordance with the standards established in ISO 3452-1 and ISO 17638. Such inspections are always to be performed after the completion of any necessary hydrostatic testing. It is important to note

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ISO 9934 is titled "Non-destructive testing —flux leakage testing." It consists of several parts that outline the standards for the method of flux leakage testing in non-destructive evaluations. If you need more specific information about a particular part or aspect of ISO 9934, please let me know!

The ISO standard commonly used for magnetic particle testing (also known as magnaflux examination) is **ISO 9934**. This standard outlines the procedures and techniques for magnetic particle testing, including the selection of equipment, preparation of materials, and evaluation of indications for defect detection in ferromagnetic materials. The ISO 9934 standard is divided into several parts, each addressing different aspects of magnetic

Magnaflux and ultrasonic examination are both non-destructive testing (NDT) methods used to detect surface and subsurface defects in materials, but they operate on different principles and are suited for different applications. ### Magnaflux (Magnetic Particle Testing) **Principle:** - Magnaflux, or Magnetic Particle Testing (MPT), uses the principle of magnetism to detect surface and near-surface discontinuities in ferromagnetic materials. -