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API STD 12R1: Installation, Operation, Maintenance, Inspection, and Repair of Tanks in Production Service

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285

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API Technical Report 2583 – Measurement of Produced Water for Custody Transfer

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174

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API Bulletin 592 – Elements of a Fixed Equipment Mechanical Integrity (FE MI) Program

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142

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API SPEC Q1: Addenda 2

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API TR 2583 : Measurement of Produced Water for Custody Transfer

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API TR 2581: Wet Gas Sampling

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API TR 2581 Wet Gas Sampling : Errata 1

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API 510: Pressure Vessel Inspection Code: In-service Inspection, Rating, Repair, and Alteration

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API SPEC 6AV1: Validation of Safety and Shutdown Valves for Sandy Service : Edition 4

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ISO 20659:2024

ISO 20659:2024 Rheological test methods – Fundamentals and interlaboratory comparisons – Part 1: Determination of the yield point

CDN $173.00

SKU: 98a556a7a434 Category:

Description

This document gives information on an interlaboratory comparison for the determination of the yield point, using rheological test methods. The yield point is the shear stress τ below which a material does not flow.

This document provides examples of fields of applications, in which important material properties are characterized with the aid of the yield point. These fields of application include:

    effectiveness of rheological additives;

    shelf life (e.g. with regard to sedimentation, separation and flocculation);

    stability of the structure at rest;

    behaviour when starting to pump;

    use in scraper systems;

    wet-film thickness;

    levelling and sagging behaviour (e.g. without brushmarks or sag formation);

    orientation of effect pigments.

Edition

1

Published Date

2024-03-07

Status

PUBLISHED

Pages

17

Language Detail Icon

English

Format Secure Icon

Secure PDF

Abstract

This document gives information on an interlaboratory comparison for the determination of the yield point, using rheological test methods. The yield point is the shear stress τ below which a material does not flow.

This document provides examples of fields of applications, in which important material properties are characterized with the aid of the yield point. These fields of application include:

-    effectiveness of rheological additives;

-    shelf life (e.g. with regard to sedimentation, separation and flocculation);

-    stability of the structure at rest;

-    behaviour when starting to pump;

-    use in scraper systems;

-    wet-film thickness;

-    levelling and sagging behaviour (e.g. without brushmarks or sag formation);

-    orientation of effect pigments.

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