MIL HDBK 17-5 : 0

FOREWORD
PART A - INTRODUCTION AND GUIDELINES
1 MIL-17 GUIDELINES AND PROCEDURES
   1.1 INTRODUCTION
   1.2 PURPOSE
   1.3 SCOPE
   1.4 USE OF THE DOCUMENT AND LIMITATIONS
   1.5 APPROVAL PROCEDURES
   1.6 SYMBOLS, ABBREVIATIONS, AND SYSTEMS OF UNITS
   1.7 DEFINITIONS
2 INTRODUCTION, HISTORY AND OVERVIEW
   2.1 HISTORY AND OVERVIEW
   2.2 APPLICATIONS
3 PROCESSING, CHARACTERIZATION AND MANUFACTURING
   3.1 CMC SYSTEMS, PROCESSING, PROPERTIES AND
         APPLICATIONS
   3.2 FIBER/REINFORCEMENT SYSTEMS AND TECHNOLOGY
   3.3 INTERPHASE/INTERFACE TECHNOLOGY AND APPROACHES
   3.4 FABRICATION AND FORMING OF FIBER ARCHITECTURES
   3.5 EXTERNAL PROTECTIVE COATINGS
   3.6 CHARACTERIZATION METHODS (CHEMICAL AND
         MICROSTRUCTURAL)
   3.7 NONDESTRUCTIVE EVALUATION METHODS FOR CMC
         (DEFECT CHARACTERIZATION)
   3.8 QUALITY CONTROL OF STARTING MATERIALS
   3.9 MACHINING
4 QUALITY CONTROL OF FINAL PRODUCTS
   4.1 INTRODUCTION
   4.2 QUALITY ASSURANCE
   4.3 MATERIAL PROPERTY VERIFICATION
   4.4 STATISTICAL PROCESS CONTROL
5 APPLICATIONS, CASE HISTORIES AND LESSONS LEARNS
PART B - DESIGN AND SUPPORTABILITY
6 DESIGN AND ANALYSIS
   6.1 INTRODUCTION
   6.2 DESIGN CONSIDERATIONS
   6.3 DESIGN REQUIREMENTS
   6.4 DESIGN CRITERIA
   6.5 DATA REQUIREMENTS
   6.6 ATTACHMENTS
7 SUPPORTABILITY
   7.1 INTRODUCTION AND TERMINOLOGY
   7.2 SUPPORTABILITY ELEMENTS
PART C - TESTING
8 THERMO-MECHANICAL-PHYSICAL TEST METHODS - OVERVIEW
   8.1 INTRODUCTION
   8.2 TEST PROGRAM PLANNING
   8.3 RECOMMENDED TEST MATRICES
   8.4 DATA REDUCTION AND DOCUMENTATION
9 MATERIAL TESTING & CHARACTERIZATION FOR SUBMISSION OF
   DATA TO MIL-HDBK-17
   9.1 INTRODUCTION
   9.2 MATERIAL AND PROCESS SPECIFICATION REQUIREMENTS
   9.3 DATA SAMPLING REQUIREMENTS
   9.4 TEST METHOD REQUIREMENTS
10 EVALUATION OF REINFORCEMENTS
   10.1 INTRODUCTION
   10.2 MECHANICAL PROPERTIES
   10.3 THERMAL PROPERTIES
11 EVALUATION OF MATRIX MATERIALS
   11.1 INTRODUCTION
   11.2 MECHANICAL PROPERTIES
   11.3 THERMAL PROPERTIES
12 EVALUATION OF INTERFACE MATERIAL
13 EVALUATION OF COMPOSITES
   13.1 INTRODUCTION
   13.2 MECHANICAL PROPERTIES
   13.3 ENVIRONMENTAL PROPERTIES
   13.4 REACTIONS AT THE INTERFACE (DEBONDING, DIFFUSION,
         ETC.)
   13.5 THERMAL SHOCK RESISTANCE
   13.6 ELECTRICAL PROPERTIES
   13.7 DIELECTRIC PROPERTIES
   13.8 IMPACT RESISTANCE
   13.9 STATIC AND DYNAMIC FATIGUE
   13.10 PROPORTIONAL LIMIT
   13.11 INTERLAMINAR SHEAR PROPERTIES
   13.12 STRAIN AT FRACTURE
   13.13 STRESS-STRAIN CURVES
14 SUBCOMPONENT TESTING - OVERVIEW OF PROBLEM
   14.1 INTRODUCTION
   14.2 JOINT TESTING
   14.3 TUBES
15 MACHINING & GRINDING
   15.1 INTRODUCTION
   15.2 MACHINING CONSIDERATIONS
   15.3 TOOLING REQUIREMENTS
   15.4 SPECIMEN PREPARATION
PART D - DATA REQUIREMENTS AND DATA SETS
16 DATA SUBMISSION, FORMAT AND REQUIREMENTS
   16.1 INTRODUCTION
   16.2 PURPOSE
   16.3 FORMAT AND UNITS
   16.4 DESIGN PROPERTIES
17 STATISTICAL METHODS
   17.1 INTRODUCTION
   17.2 BACKGROUND
   17.3 CALCULATION OF STATISTICALLY BASED MATERIAL
         PROPERTIES
   17.4 MISCELLANEOUS STATISTICAL METHODS
   17.5 STATISTICAL TABLES AND APPROXIMATIONS
18 CMC PROPERTY DATA
   18.1 INTRODUCTION
   18.2 CMC SYSTEMS - PROPERTY DATA
APPENDIX A - DERIVATION OF THE RESIDUAL STRENGTH REDUCTION
             EXPRESSIONS FOR LCF AND RUPTURE LOADINGS
INDEX
CONCLUDING MATERIAL

Determines the properties of composite material systems, their constituents, and generic structural elements, including test planning, test matrices, sampling, conditioning, test procedure selection, data reporting, data reduction, statistical analysis, and other related topics.