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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Shroud is a utility to create a Fortran and C interface for a C++ library. An existing C++ library API is described in an input file. Shroud reads the file and creates source files which can be compiled to provide a Fortran API for the library.
<span>This zip file contains files storing Fortran source code, compiled files, an executable file for Windows computers, and example input and output files for StmtbFlow. StrmtbFlow is a Fortran program that solves the multiphase flow equations within stream tubes and can be used to estimate the oil produced and CO2 stored from the application of CO2 EOR to an oil field. StrmtbFlow and StrmtbGen comprise the FE/NETL CO2 Prophet Model, which is a streamline/stream tube reservoir simulator for modeling CO2 EOR. StrmtbFlow's user’s manual as well as StrmtbGen and its user's manual and a report on the mathematical basis for the FE/NETL CO2 Prophet Model are available on NETL's website under the Collection Name: FE/NETL CO2 Prophet Model.</span><span> </span>
This zip file contains files storing Fortran source code, compiled files, an executable file for Windows computers, and example input and output files for StrmtbGen. StrmtbGen is a Fortran program that generates streamlines and stream tubes. StrmtbGen and StrmtbFlow comprise the FE/NETL CO2 Prophet Model, which is a streamline/stream tube reservoir simulator for modeling CO2 EOR. StrmtbGen's user’s manual as well as StrmtbFlow and its user's manual and a report on the mathematical basis for the FE/NETL CO2 Prophet Model are available on NETL's website under the Collection Name: FE/NETL CO2 Prophet Model.
FITEVT is a FORTRAN program designed to analyze recorded arrival times of nuclear-decay events affected by dead-time. Here, the primary goal of the program is precise and accurate determination of half-lives. Its method involves imposition of a known sufficiently long extending dead-time to the recorded event sequence, so that the original dead-time effects are completely obliterated and the remaining live-times of the survived events are known exactly. Upon completion of the analysis, the arrival-time spectrum and the live-time spectrum are predicted and compared to those constructed from the survived events.
Astronomical integration code - fortran solution of space mechanics - computer program
Fortran computer program for gas-liquid partition chromatography data processing
Solution to n-body space mechanics problems via numerical integration - ibm 7090 - fortran program
Fortran program for computing moments of inertia of rigid molecules
Fortran program for elastic scattering of spin- zero particles from atomic nucleus
Fortran ii computer program for use with univac 80 solid-state computer for solving differential equations of simply-supported cylindrical shells
Fortran ii computer program for evaluation of donnell type differential equation for orthotropic circular-conical shell
Fortran program for estimating radiant heat flux in base of arbitrary shape from intersection region caused by interaction of hydrogen-oxygen engine exhaust jets
IBM Fortran program for calculation of normative composition of igneous rocks from chemical analyses
Fortran IV subroutine package for manipulation of rooted trees - Treetran
Fortran IV computer program for evaluation of natural frequencies and unstable values of thrust frequency for free-free circular cylindrical shell subjected to end thrust
Fortran program for determining heat transfer and pressure drop across jacket of regenerability cooled engine
Discrete angular segmentation method for solving transport equation developed for two-dimensional Fortran IV program