| Name | Description | Keywords | Funding Agency | Award Number |
|---|---|---|---|---|
| OpenSees(non-commercial, modified version) | OpenSees, the Open System for Earthquake Engineering Simulation, is an object-oriented, open source software framework. It allows users to create both serial and parallel finite element computer applications for simulating the response of structural and geotechnical systems subjected to earthquakes and other hazards. | Structural and Geotechnical systems, Earthquakes, Serial and Parallel Finite Element | NSF | 9701568 |
| Compchecker | CompChecker can help you in checking the compatibility of the different software licenses and find out if they are compatible | License Compatibility, License suggestion | NSF | 2037661 |
| Basil | Basil can semi-automatically create Docker and Singularity images of a given software using the high-level information provided by the users. The users provide the source code and instructions to compile the code in a prescribed format as input to Basil. The output from Basil can be a Docker or Singularity image of the input source code along with the relevant README files and other related documents. The generated Docker or Singularity images can be uploaded to Docker Hub or Singularity Image Library, and can then be pulled to run on any system that has Docker or Singularity installed. | Docker, Singularity, Containerization, Cloud Computing, HPC | NSF | 2314203, 1664022 |
| Opuntia | The overarching goal of the Opuntia project is to develop a software infrastructure for facilitating the assessment, discovery, dissemination, and reuse of publicly accessible software and data products. | iTracker, Compchecker, Catalog | NSF | 2037661 |
| libkrylov | This project aims to develop, implement, test, and deploy libkrylov, a robust, efficient, and general open-source library of "on-the-fly" Krylov space methods suitable for solving such extremely large, dense problems. libkrylov will deliver the latest innovations in Krylov-space methods to the scientific and engineering communities by providing a uniform, reproducible, and user-friendly software standard. | Software: libkrylov library | NSF | 1835909 |