SHARPy
Simulation of high aspect ratio planes, nonlinear aeroelastic.
Release timeline (newest first, grouped by year and version)
2025 1 entry
2.x
- SHARPy Version 2.4
2.4releaseWe are pleased to announce the release of SHARPy version 2.4! - Includes many multibody enhancements, including a non perpendicular hinge axis implementation - New multibody solver which computes the required Jacobians for solution using automatic differentiation Please use the [
source: github-release
2024 1 entry
2.x
- SHARPy Version 2.3
2.3releaseWe are pleased to announce the release of SHARPy version 2.3! - Included `pip install` functionality, no longer requiring a conda environment. See [here](https://ic-sharpy.readthedocs.io/en/latest/content/installation.html) for updated installation instructions. - Improvements to
source: github-release
2023 2 entries
2.x
- SHARPy version 2.2
2.2releaseWe are pleased to announce the release of SHARPy version 2.2! ✈️ Fuselage Model with source panel method, documentation in the [UVLM](https://github.com/ImperialCollegeLondon/UVLM), as well as a new [tutorial](https://ic-sharpy.readthedocs.io/en/latest/content/example_notebooks/U
source: github-release - SHARPy version 2.1
2.1releaseWe are pleased to announce the release of **SHARPy version 2.1**! ✈️ Exciting new features across the aerodynamic and structural solvers, Python 3.10, Docker versions, and various fixes, with details below... In SHARPy 2.1 we have upgraded Python version to 3.10 - with that comes
source: github-release
2022 1 entry
2.x
- SHARPy version 2.0
2.0releasemajorMajor version 2We are pleased to announce the release of **SHARPy version 2.0**! ✈️ This is a major release with a varied array of new features! In SHARPy 2.0 the installation process has been modified to use `pip` (#175 thanks @DavidAnderegg!) with full details on how to install the new versio
source: github-release
2021 2 entries
1.x
- SHARPy v1.3
1.3releaseWe are please to announce the release of SHARPy version 1.3! This version brings new features to the code that are all listed below. ✈️ Enjoy using the new functionalities! ⚠️ Word of warning! Unused/deprecated settings now raise an error when you run your simulation! See PR #148
source: github-release - SHARPy v1.2.1
v1.2.1releaseA minor release to consolidate v1.2. Includes a new rigid solver and some minor fixes. As always, if you find something that does not work or have any questions, open an [Issue](https://github.com/ImperialCollegeLondon/sharpy/issues) or start a [Discussion](https://github.com/Imp
source: github-release
2020 2 entries
1.x
- SHARPy Version 1.2
v1.2releaseIt has been a while! However, in this convoluted 2020 development on SHARPy hasn't ceased! This release is packed with new features and changes, in particular to how the wake is handled and assembled in the UVLM. More on that below. We'd also like to welcome @sduess to the SHARPy
source: github-release - SHARPy Version 1.1.1
v1.1.1releaseSHARPy v1.1.1 is the latest release, consolidating v1.1 with some minor bug fixes and features. # Changelog ## [1.1.1](https://github.com/imperialcollegelondon/sharpy/tree/1.1.1) (2020-02-03) [Full Changelog](https://github.com/imperialcollegelondon/sharpy/compare/v1.1.0...1.1.1)
source: github-release
2019 7 entries
1.x
- SHARPy Version 1.1
v1.1.0-2releaseSHARPy 1.1 introduces mainly changes in the software installation process and code structuring. Most relevant changes: - SHARPy is now installed with CMake rather than individual compilation of libraries - xbeam and UVLM are now included as git-submodules, providing better tracki
source: github-release - v1.0.1 release
A consolidated version of v1.0.0 The main change here is the ability of obtaining a Docker image with everything ready to go. Check [the documentation](https://ic-sharpy.readthedocs.io/en/master/content/installation.html#using-sharpy-from-a-docker-container) **Make sure you updat
source: github-release - v1.0.0 First official SHARPy release
1.0.0releasemajorMajor version 1SHARPy now has better documentation, better interfaces and an integrated linear aeroelastic solver! As always, make sure you compile `UVLM` and `xbeam` from the `master` branch and they are up to date. This release is archived in Zenodo [![DOI](https://zenodo.org/badge/70235936.s
source: github-release - 1.0.0 Release Candidate
v1.0.0-rcprereleaseThis prerelease includes a very large number of changes. Some of the most important are: * Structural steps can have a different time step than the aerodynamic one. * Multibody solver. This includes a large number of possible constraints, such as hinges and prescribed velocities
source: github-release