FAA AC 150/5370-11 : 2004

CHAPTER 1 - INTRODUCTION
        1 GENERAL
        2 BACKGROUND
        3 LIMITATIONS TO NDT
        4 RELATED ADVISORY CIRCULARS
        5 ORGANIZATION OF THIS AC
CHAPTER 2 - DESCRIPTION OF NDT PROCESS
        6 GENERAL
        7 PAVEMENT STIFFNESS AND SENSOR RESPONSE
        8 DEFLECTION BASIN
        9 USE OF NDT DATA
CHAPTER 3 - NONDESTRUCTIVE TESTING EQUIPMENT
        10 CATEGORIES OF EQUIPMENT
        11 GENERAL REQUIREMENTS FOR NDT EQUIPMENT
        12 STATIC DEVICES
        13 VIBRATORY DEVICES
        14 IMPULSE DEVICES
CHAPTER 4 - REQUIREMENTS FOR NONDESTRUCTIVE TESTING EQUIPMENT
        15 NEED FOR STANDARIZATION
        16 FAA SENSITIVITY STUDY
        17 SUMMARY OF FAA POLICY
CHAPTER 5 - TEST PLANNING
        18 JUSTIFICATION FOR NDT
        19 NDT TEST OBJECTIVES
        20 NDT TEST TYPES
        21 TEST LOCATIONS AND SPACING
        22 NDT TEST SKETCHES
        23 SPECIAL CONSIDERATIONS
CHAPTER 6 - TEST PROCEDURES
        24 EQUIPMENT MOBILIZATION
        25 STARTUP OPERATIONS
        26 DATA COLLECTION
        27 SPECIAL TEST CONDITIONS
        28 ONSITE REVIEW OF DATA
CHAPTER 7 - DEFLECTION DATA ANALYSES
        29 OVERVIEW OF PROCESS
        30 PROCESS RAW DEFLECTION DATA
        31 BACK-CALCULATION ANALYSIS
        32 PCC JOINT ANALYSIS
        33 PCC VOID ANALYSIS
        34 PCC DURABILITY ANALYSIS
        35 SUMMARY
CHAPTER 8 - NDT-BASED EVALUATION AND DESIGN INPUTS
        36 STATISTICALLY DERIVED INPUTS
        37 USING NDT RESULTS IN FAA ANALYSIS PROGRAMS
        38 PCC LOSS OF SUPPORT
        39 SUMMARY
APPENDIX 1 - FIGURES
APPENDIX 2 - TABLES
APPENDIX 3 - GLOSSARY

Focuses on nondestructive testing (NDT) equipment that measures pavement surface deflections after applying a static or dynamic load to the pavement. Introduces other types of nondestructive measuring equipment to illustrate how supplementing NDT data with other test data may improve the quality and reliability of the pavement evaluation.