NASA MSFC STD 3029 : 2000
Superseded
A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.
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GUIDELINES FOR THE SELECTION OF METALLIC MATERIALS FOR STRESS CORROSION CRACKING RESISTANCE IN SODIUM CHLORIDE ENVIRONMENTS
30-07-2024
01-01-2000
DOCUMENT HISTORY LOG
FOREWORD
1. SCOPE
1.1 PURPOSE
1.2 APPLICABILITY
2. APPLICABLE DOCUMENTS
2.1 GOVERNMENT DOCUMENTS
2.2 AMERICAN SOCIETY FOR TESTING AND MATERIALS
(ASTM) DOCUMENTS
2.3 ORDER OF PRECEDENCE
3. DEFINITION
3.1 STRESS CORROSION
4. GENERAL REQUIREMENTS
4.1 LIMITATIONS
4.1.1 Temperature and Environment Limitations
4.1.2 Weldments
4.1.3 Specific Test Data
4.1.4 Data Limitations
4.2 GRAIN ORIENTATION
4.2.1 Processing Operations
4.2.2 Short Transverse Direction
4.3 STRESS CONSIDERATIONS
4.3.1 Examples of Assembly Stresses
4.3.2 Examples of Residual Stress
4.4 SUSCEPTIBILITY OF ENGINEERING ALLOYS
4.4.1 Aluminum Alloys
4.4.2 Ferrous Alloys
4.4.3 Nickel Alloys
4.4.4 Copper Alloys
4.4.5 Titanium Alloys
5. DETAILED REQUIREMENTS
5.1 TESTING OF METALLIC MATERIALS FOR STRESS
CORROSION SUSCEPTIBILITY
5.1.1 Test Specimens
5.1.2 Chemical Composition of the Test Materials
5.1.3 Hardness Tests
5.1.4 Mechanical Properties of the Test Materials
5.1.5 Stressing and Exposure of Specimens to the
Test Environment(s):
5.1.6 Determination of Reduction in Load Carrying Ability
5.1.7 Test Environments per ASTM G44
5.1.8 Test Duration
5.1.9 Verification of Stress Corrosion Failures
5.1.10 Reporting of Results
5.2 RATING OF ALLOYS FOR STRESS CORROSION SUSCEPTIBILITY
5.2.1 Stress Corrosion Ratings Based on Alternate
Immersion or Salt Spray Tests
5.2.2 Stress Corrosion Ratings Based on Less Conventional
Tests
5.2.3 Stress Corrosion Ratings Based on Service
Experience
5.2.4 Criteria For Accepting Stress Corrosion Ratings
Based On Data Obtained From Other Laboratories
5.3 USE OF STRESS CORROSION RATINGS IN DESIGN TO
PREVENT FAILURES
5.3.1 Materials Selection Criteria
5.3.2 Request For Materials Approval Prior to Use,
Assembly, or Integration
5.4 ASSESSMENT OF THE POTENTIAL FOR A STRESS CORROSION
FAILURE
5.5 THE MATERIALS USAGE AGREEMENT (MUA)
5.6 UNLISTED MATERIALS
5.7 PROTECTIVE COATINGS
5.8 SURFACE TREATMENTS
6. NOTES
6.1 INTENDED USE
6.2 CAUTION AGAINST MISAPPLICATION OF THIS DOCUMENT
6.3 KEYWORDS
LIST OF APPENDICES
APPENDIX A - Stress Corrosion References
APPENDIX B - Concluding Material
Defines the design criteria that shall be used for the selection of metallic materials in order to prevent failure due to stress corrosion cracking.
DocumentType |
Standard
|
PublisherName |
National Aeronautics and Space Administration
|
Status |
Superseded
|
SupersededBy |
SAE AS 12500 : 2018 | CORROSION PREVENTION AND DETERIORATION CONTROL IN ELECTRONIC COMPONENTS AND ASSEMBLIES |
MIL STD 11991 : A | GENERAL STANDARD FOR PARTS, MATERIALS, AND PROCESSES |
NASA MSFC SPEC 3635 : 2012 | PYROTECHNIC SYSTEM SPECIFICATION |
NASA STD 5005 : 2013 | STANDARD FOR THE DESIGN AND FABRICATION OF GROUND SUPPORT EQUIPMENT |
NASA STD 6008 : 2008 CHANGE 1 2013 | NASA FASTENER PROCUREMENT, RECEIVING INSPECTION, AND STORAGE PRACTICES FOR SPACEFLIGHT HARDWARE |
NASA KSC STD Z 0004 : 2002 | STRUCTURAL DESIGN, STANDARD FOR |
NASA KSC DE 512-SM : 2012 | FACILITY SYSTEMS, GROUND SUPPORT SYSTEMS, AND GROUND SUPPORT EQUIPMENT GENERAL DESIGN REQUIREMENTS |
NASA STD 5019 : 2016 | FRACTURE CONTROL REQUIREMENTS FOR SPACEFLIGHT HARDWARE |
NASA STD 6016 : 2016 | STANDARD MATERIALS AND PROCESSES REQUIREMENTS FOR SPACECRAFT |
NASA STD 8719.24 : 2011 | NASA EXPENDABLE LAUNCH VEHICLE PAYLOAD SAFETY REQUIREMENTS |
NASA MSFC HDBK 505 : 2005 | STRUCTURAL STRENGTH PROGRAM REQUIREMENTS |
NASA JSC 27301 : 2009 | MATERIALS AND PROCESSES SELECTION, CONTROL, AND IMPLEMENTATION PLAN FOR JSC FLIGHT HARDWARE |
NASA MSFC STD 506 : 1988 | MATERIALS AND PROCESSES CONTROL |
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