Code of Practice for the Impression Creep Test
In order that operators of power plant can use impression creep testing as an integral part of the remanent life strategy they adopt for their high temperature components, impression creep needs to become a more generally accepted test method. There is an associated need for standardisation of both the test technique itself and the use that is made of the data generated. This should lead to acceptance of the approach by power plant operators and third parties such as plant insurers, boiler inspectors, and materials research centres. The impression creep test method, using a rectangular indenter, has been used extensively in the last 10 years, for a number of UK and EU projects and for industrial applications (e.g. TWI, British Energy, RWE Generation UK, Structural Integrity Associates). Some industrial organizations have already built or are in the process of developing the test facilities for impression creep testing. EPRI has included impression creep testing into a collaborative (~ 25 partners) research programme in order to assess the practicality of the technique. This document builds on, and updates, earlier recommendations/guidelines produced for impression creep testing [1][2][3].
ΚΩΔΙΚΟΣ ΠΡΟΪΟΝΤΟΣ:
CWA 17906:2022
In order that operators of power plant can use impression creep testing as an integral part of the remanent life strategy they adopt for their high temperature components, impression creep needs to become a more generally accepted test method. There is an associated need for standardisation of both the test technique itself and the use that is made of the data generated. This should lead to acceptance of the approach by power plant operators and third parties such as plant insurers, boiler inspectors, and materials research centres. The impression creep test method, using a rectangular indenter, has been used extensively in the last 10 years, for a number of UK and EU projects and for industrial applications (e.g. TWI, British Energy, RWE Generation UK, Structural Integrity Associates). Some industrial organizations have already built or are in the process of developing the test facilities for impression creep testing. EPRI has included impression creep testing into a collaborative (~ 25 partners) research programme in order to assess the practicality of the technique. This document builds on, and updates, earlier recommendations/guidelines produced for impression creep testing [1][2][3].