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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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Fortran ii computer program for the evaluation of a donnell type of differential equation for a simply-supported cylindrical shell
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 the evaluation of a donnell type of differential equation for an orthotropic circular conical shell
Fortran ii computer program for evaluation of donnell type differential equation for orthotropic circular-conical shell
A fortran program to calculate an engineering estimate of the thermal radiation to the base of a multi-engine space vehicle at high altitudes
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 the calculation of cipw igneous rock norms
IBM Fortran program for calculation of normative composition of igneous rocks from chemical analyses
TREETRAN - A Fortran IV subroutine package for manipulation of rooted trees
Fortran IV subroutine package for manipulation of rooted trees - Treetran
Fortran IV computer program for the evaluation of natural frequencies and unstable values of the thrust frequency for a free- free, circular cylindrical shell subjected to a gimbaled, periodically-varying end thrust
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
A Fortran Program for Heat Transfer Analysis of the J-2 Engine
Fortran program for determining heat transfer and pressure drop across jacket of regenerability cooled engine
A Fortran IV two-dimensional discrete angular segmentation transport program
Discrete angular segmentation method for solving transport equation developed for two-dimensional Fortran IV program
Fortran Package for Least Squares Curve Fitting and the Solution of Simultaneous Equations
Fortran subroutines for least squares curve fitting and solution of simultaneous equations
Fortran program for computation of Weber functions and their first derivatives
Fortran program for computation of Weber functions and first derivatives
Item program manual, Fortran IV version
Orbit calculation using Encke perturbation method and Fortran IV programming
Fortran IV program for calculation of thermodynamic data
Fortran IV program for calculating thermodynamic functions, fitting them to empirical equations, and calculating heats of formation and equilibrium constants
A set of Fortran IV subroutines for generating printed plots
Subroutines written in Fortran IV for generating printed plots as part of normal output
Innovative Language-Based & Object-Oriented Structured AMR Using Fortran 90 and OpenMP
Parallel adaptive mesh refinement (AMR) is an important numerical technique that leads to the efficient solution of many physical and engineering problems. In this paper, we describe how AMR programing can be performed in an object-oreinted way using the modern aspects of Fortran 90 combined with the parallelization features of OpenMP.
Position Paper - pFLogger: The Parallel Fortran Logging framework for HPC Applications
In the context of high performance computing (HPC), software investments in support of text-based diagnostics, which monitor a running application, are typically limited compared to those for other types of IO. Examples of such diagnostics include reiteration of configuration parameters, progress indicators, simple metrics (e.g., mass conservation, convergence of solvers, etc.), and timers. To some degree, this difference in priority is justifiable as other forms of output are the primary products of a scientific model and, due to their large data volume, much more likely to be a significant performance concern. In contrast, text-based diagnostic content is generally not shared beyond the individual or group running an application and is most often used to troubleshoot when something goes wrong. We suggest that a more systematic approach enabled by a logging facility (or logger) similar to those routinely used by many communities would provide significant value to complex scientific applications. In the context of high-performance computing, an appropriate logger would provide specialized support for distributed and shared-memory parallelism and have low performance overhead. In this paper, we present our prototype implementation of pFlogger a parallel Fortran-based logging framework, and assess its suitability for use in a complex scientific application.
FORTRAN program flow chart is automatically produced
Computer under control of the flo-tran program automatically produces and updates flowcharts of fortran program source decks fed to it. The flowcharts are produced on either 35mm film or paper.