MODUK - DEF STAN 02-729: PART 4
Requirements for Non-Destructive Examination Methods Part 4: Liquid Penetration
inactive
| Organization: | MODUK |
| Publication Date: | 1 April 2000 |
| Status: | inactive |
| Page Count: | 44 |
scope:
This part of NES 729 defines the minimum requirements for methods of detection of surface discontinuities in ferrous and non-ferrous materials using liquid penetrant examination techniques.
The requirements of this part of NES 729 applies to all items for which specifications, standards, drawings, refit or repair instructions require liquid penetrant examination.
The NES is also applicable to the Quality Assessment of Examining Authorities who perform liquid penetrant examination.
This NES does not cover:
acceptance criteria for defects;
the extent to which liquid penetrant examination is required. This requirements is to be stated in relevant Contract Documents;
the examination of nuclear plant and machinery.
Document History
January 28, 2022
Requirements for Non-Destructive Examination Methods Part 04: Liquid Penetrant
This part of Defence Standard 02-729 defines the minimum requirements for methods of detection of surface discontinuities in ferrous and non-ferrous materials using liquid penetrant examination...
June 21, 2013
Requirements for Non-Destructive Examination Methods Part 4: Liquid Penetrant
This part of Defence Standard 02-729 defines the minimum requirements for methods of detection of surface discontinuities in ferrous and non-ferrous materials using liquid penetrant examination...
October 28, 2005
Requirements for Non-Destructive Examination Methods in HM Submarines and Surface Ships not in Class Part 4 Liquid Penetrant
This Defence Standard (Def Stan) comprises Requirements for Non-Destructive Examination Methods.
This part of Def Stan 02-729 defines the minimum requirements for methods of detection of surface...
DEF STAN 02-729: PART 4
April 1, 2000
Requirements for Non-Destructive Examination Methods Part 4: Liquid Penetration
This part of NES 729 defines the minimum requirements for methods of detection of surface discontinuities in ferrous and non-ferrous materials using liquid penetrant examination techniques.
The...