FIGURE	514.8F-B.5. COMPARISON OF RESULTANT TEST SPECTRUM TO ENVELOPE OF INDIVIDUAL SPECTRA	F-B12
APPENDIX C.	COMBINATION OF SPECTRA (FATIGUE DAMAGE SPECTRA)	F-C1
1.	FATIGUE DAMAGE SPECTRUM METHOD OF COMBINING SPECTRA	F-C1
2.	EXAMPLE APPLICATION OF FATIGUE DAMAGE SPECTRUM	F-C2
3.	FDS APPROACH TO DEVELOPMENT OF A LVTS ..	F-C9
ANNEX F, APPENDIX C TABLES
TABLE	514.8F-C.I. TEST COURSE LENGTHS, SPEEDS AND EXPOSURE TIMES	.F-C2
ANNEX F, APPENDIX C FIGURES
FIGURE	514.8F-C.1. FATIGUE DAMAGE SPECTRA FOR SPECIFIC TEST COURSES	.F-C3
FIGURE	514.8F-C.2. CUMULATIVE FATIGUE DAMAGE SPECTRUM	.F-C4
FIGURE	514.8F-C.3. CUMULATIVE FATIGUE SPECTRA FROM LOCATIONS 1 AND 2	.F-C5
FIGURE	514.8F-C.4. COMBINED VIBRATION POWER SPECTRA DEVELOPED FROM AVERAGE AND MAXIMUM FATIGUE DAMAGE SPECTRA	.F-C6
FIGURE	514.8F-C.5. COMPARISON OF COMBINED VIBRATION POWER SPECTRUM DEVELOPED FROM THE FATIGUE DAMAGE SPECTRUM, FROM THE STATISTICAL PROCESS AND FROM AN ENVELOPE PROCESS	.F-C7
FIGURE	514.8F-C.6. FATIGUE DAMAGE SPECTRA FOR TWO EXPONENTS	.F-C8
FIGURE	514.8F-C.7. COMPARISON OF COMBINED VIBRATION POWER SPECTRA DEVELOPED FROM TWO EXPONENTS	.F-C9
FIGURE	514.8F-C.8. TIME COMPRESSION OF ASD'S COMPUTED FROM THE INVERSE CUMULATIVE FATIGUE DAMAGE SPECTRUM.	.F-C10
APPENDIX D.	VIBRATION SPECIFICATION DEVELOPMENT PROCEDURE	F-D1
1.	INTRODUCTION	F-D1
2.	BROADBAND PROFILE DEVELOPMENT	F-D2
2.1	FILE SETUP (STEP 1)..	F-D2
2.2	SELECT EVENT START AND END TIME (STEP 2)	F-D3
2.3	TIME BLOCK DROP (STEP 3)	F-D3
2.4	CALCULATE ASD AVERAGE (STEP 4).	F-D3
2.5	SPECTRAL SPIKE REMOVAL (STEP 5)	F-D4
2.6	SCENARIO TABLE (STEP 6).	F-D6
2.7	CALCULATE WEIGHTED ASD (STEP 7)	F-D9
2.8	CALCULATE WEIGHTED INTERMEDIATE LVTS (STEP 8).	F-D10
3.	NARROWBAND RANDOM SPECIFICATION DEVELOPMENT PROCEDURE	F-D11
4.	SINE TONE SPECIFICATION DEVELOPMENT PROCEDURE	F-D13
5.	ALTERNATE BROADBAND DEVELOPMENT BASED ON FATIGUE DAMAGE SPECTRUM	F-D15
6.	FINAL DEVELOPMENT PROCEDURES	F-D16
7.	COMBINING LVTS	F-D16