queen 1.0 Pressure Estimator [.ZIP; 6.7 MB]
This MATLAB software package takes as input one or more text files with 2D or 3D velocity field data and, optionally, files with coordinates of a solid object in the flow, and estimates the corresponding pressure field using the algorithm described in:
Dabiri JO (2013) “A simple algorithm to estimate pressure fields from velocity field measurements,” arXiv:1303.6966 [PDF]
LCS MATLAB Kit Version 2.3 (w/ inertial particle modelling!) [.ZIP; 405 KB]
This MATLAB software package improves the interpolation scheme used in Version 1.0, optimizes the algorithm for significantly reduced computational time, and enables the calculation of FTLE fields for inertial particles using a linearized Maxey-Riley model.
See Shadden et al. (2006), Peng and Dabiri (2009), and the LCS Online Tutorial for background and technical details regarding Lagrangian coherent structures.
LCS MATLAB Kit Version 1.0 [.ZIP; 166 KB]
This MATLAB software package enables the user to input a time-series of velocity field data (e.g., DPIV measurements or CFD calculations) and compute the corresponding finite-time Lyapunov exponent (FTLE) fields, from which Lagrangian Coherent Structures (LCS)
such as vortices and fluid transport barriers can be identified.