U.S. NAVAL CIVIL ENGINEERING LABORATORY 

 PORT HUENEME. CALIFORNIA 93041 



SETTLEMENT ANALYSIS LANGUAGE - FORTRAN II-D 



COMPUTER - IBM 1620 II 

 (COPY ON FILE AT NODC) 



ESTIMATES SETTLEMENT VALUES FROM LABORATORY TEST RESULTS, FOR DEEP 

 OCEAN FOUNDATION INVESTIGATIONS. INPUT ARE SEDIMENT PROPERTIES AND 

 STRUCTURE CHARACTERISTICS. OUTPUT IS A TABLE LISTING TOTAL SETTLE- 

 MENT. FOOTING DIMENSIONS* STRUCTURE LOAD, CHANGE IN THICKNESS OF IN- 

 CREMENTAL LAYERS AT CORRESPONDING DEPTH IN SEDIMENT, INITIAL STRESS, 

 And CHANGE IN STRESS. EQUATIONS, ETC., DESCRIBED IN AN NCEL REPORT, 

 NO. R-566, BY MELVIN C. HIRQNAKA. 



U.S. NAVAL CIVIL ENGINEERING LABORATORY 

 PORT HUENEME, CALIFORNIA 930A1 



SUMMARY PLOTS LANGUAGE - FORTRAN II-D 



COMPUTER - IBM 1620 II 

 (COPY ON FILE AT NODC) 



PLOTS THE RESULTS FROM THE LABORATORY ANALYSIS OF CORE SAMPLES. THE 

 INPUT DATA ARE THE OUTPUT RESULTS ON CARDS FROM THE PREVIOUS PROGRAMS 

 And MISCELLANEOUS ANALYSES. SINCE THE LINK SYSTEM OF PROGRAMMING IS 

 USED, THE ITEMS TO BE PLOTTED CAN BE INCREASED OR DECREASED wUH 



Slight modifications, depending on the user<s requirements, output is 



A sequence of plots. the depth into the sediment column is PLOTTED 



with reference to the ordinate, and the various PROPERTIES AlOng the 



abscissa on variable scales. REF. a technical report no. R-566 'COM- 

 PUTER REDUCTION OF DATA FROM ENGINEERING TESTS ON SOILS AND OCEAN SED- 

 IMENTS'. AUTHOR — MElVIN C. HIRONAKA, nCEL. 



U.S. NAVAL CIVIL ENGINEERING LABORATORY 

 PORT HUENEME, CALIFORNIA gso-^l 



BKGEOL (SEDIMENT ANALYSIS STATISTICS) LANGUAGE - FORTRAN IV 



COMPUTER - IBM 7094-11/ 

 7040 DCS 

 (COPY ON FILE AT NODC) 



MODIFICATION OF U.W. ROUTINE 213 FOR THE 709 PREPARED IN FORTRAN II BY 



nuu 1 r 11.-A I 1 UN or u.w. KUUiiiNt ^li ruK inn lijy KKtKAKHu in ruixiKAN ii dt 

 E.E. COLLIAS AND M.R. RONA (REF. TECH. REPORT NO* 87, 1963). ACCEPTS 

 INPUT DATA IN A MORE ELEMENTARY FORM THAN PREVIOUS PROGRAM AND THE AN- 

 ALYST MAKES NO CALCULATIONS. INCLUDES PROVISION FOR COMPENSATING FOR 



ROUTINE WAS PREPARED TO GRApH PERCENTILE VS PHI-SIZES FROM THE RESULTS 

 OF THE MAIN PROGRAM.) 



W. ANIKOUCHINE, RES. ASSOCIATE 

 JORG-ESSA, C/O DEPT. OF OCEANOGRAPHY 

 UNIVERSITY OF WASHINGTON 

 SEATTLE, WASH. 98105 



CONDU LANGUAGE - FORTRAN IV 



COMPUTER - IBM 7094-11/ 

 7040 DCS 

 (COPY ON FILE AT NODC) 



CALCULATES THERMAL CONDUCTIVITY OF MARINE SEDIMENTS FROM DATA OBTAINED 

 WITH A TRANSIENT TYPE NEEDLE PROBE (AlPINE MODEL 328). TEMPERATURE- 

 MILLIVOLT CALIBRATION TABlES ARE INPUT AS DATA, WITH LINEAR INTERPOLA- 

 TION EMPLOYED IN THE TABLE LOOK-UP SUBROUTINE. ADJACENT PAIRS OF TIME 

 AND TEMPERATURE VALUES ARE USED TO CALCULATE CONDUCTIVITY VAlUES. VAL- 

 UES LYING OUTSIDE OF TWO STANDARD DEVIATIONS ARE REJECTED. OUTPUT IS 



PAGE 031 



