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API TR 5C3: Calculating Performance Properties of Pipe Used as Casing or Tubing

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422

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API STD 671: Special Purpose Couplings for Petroleum, Chemical and Gas Industry Services

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502

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Technical Report API TBD-10: Chapter 10 Surface and Interfacial Tension

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176

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API STD 671: Special Purpose Couplings for Petroleum, Chemical and Gas Industry Services: Errata 2

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0

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MSS SP-44-2026: Steel Pipeline Flanges

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450

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API RP 576: Inspection of Pressure-relieving Devices

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460

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API RP 591: Process Valve Qualification Procedure

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226

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API RP 576: Inspection of Pressure-relieving Devices: Addendum 1

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API TR 981

API TR 981: Thermal Expansion Under Load and Creep of Refractories-An Evaluation and Comparison of T

CDN $175.00

SKU: 2ade010b9dbf Category:

Description

This report documents the results of thermal expansion under load (TEUL) and creep in compression testing conducted by ASTM C832 and DIN 993–9 (same test as ISO 3187). The prime objective for this study is to determine if one or both tests should replace the ASTM C16 method. ASTM C16, modified from 1.5-hour to 100-hour hold, has been widely used to qualify brick for sulfur reaction furnace use. In addition to deformation after 100 hours, the creep tests will provide additional information of TEUL and evidence of mineralogical changes during their early life cycle in process operation.

Edition

1

Published Date

2021-03-26

Status

Current

Pages

29

Language Detail Icon

English

Format Secure Icon

Secure PDF

Abstract

This report documents the results of thermal expansion under load (TEUL) and creep in compression testing conducted by ASTM C832 and DIN 993–9 (same test as ISO 3187). The prime objective for this study is to determine if one or both tests should replace the ASTM C16 method. ASTM C16, modified from 1.5-hour to 100-hour hold, has been widely used to qualify brick for sulfur reaction furnace use. In addition to deformation after 100 hours, the creep tests will provide additional information of TEUL and evidence of mineralogical changes during their early life cycle in process operation.

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