wanglican

wanglican's Stars

• mfem/mfem

  Lightweight, general, scalable C++ library for finite element methods

  Language:C++1.7k1242.2k489

• barbagroup/AeroPython

  Classical Aerodynamics of potential flow using Python and Jupyter Notebooks

  Language:Jupyter Notebook919976531

• mcneel/opennurbs

  OpenNURBS libraries allow anyone to read and write the 3DM file format without the need for Rhino.

  Language:C++408520137

• unicfdlab/libAcoustics

  libAcoustics - OpenFOAM library for far-field noise computation

  140219657

• SpectralPOD/spod_matlab

  Spectral proper orthogonal decomposition in Matlab

  Language:MATLAB12014058

• matthieuaussal/gypsilab

  The gypsilab project is an open-source MATLAB toolbox for fast numerical computation with finite element, boundary element and ray-tracing methods. Accessible with a high-level programming language, it gives a useful framework for fast prototyping. Initially designed for numerical acoustics, many physics problems can also be addressed.

  Language:MATLAB6210319

• JacobCrabill/FlurryPP

  A 2D/3D Unstructured Single/Overset Grid Flux Reconstruction Code in C++

  Language:C++46151023

• zgimbutas/fmmlib3d

  Fast Multipole Method (FMM) library in R^3

  Language:Fortran394618

• cotri/BEMT

  Blade Element Momentum Theory: developed during my Bachelor Thesis in Aerospace Engineering

  Language:MATLAB37546

• mluhar/resolvent

  Repository for all Matlab/Python code for the Navier-Stokes Resolvent analysis

  Language:Matlab367028

• HlG4399/FRSVT

  I implemented the fllowing article by Matlab.Refrence:Oh T H, Matsushita Y, Tai Y W, et al. Fast Randomized Singular Value Thresholding for Low-rank Optimization[J]. IEEE Transactions on Pattern Analysis & Machine Intelligence, 2015, PP(99):1-1.Abstract:Rank minimization can be converted into tractable surrogate problems, such as Nuclear Norm Minimization (NNM) and Weighted NNM (WNNM). The problems related to NNM, or WNNM, can be solved iteratively by applying a closed-form proximal operator, called Singular Value Thresholding (SVT), or Weighted SVT, but they suffer from high computational cost of Singular Value Decomposition (SVD) at each iteration. We propose a fast and accurate approximation method for SVT, that we call fast randomized SVT (FRSVT), with which we avoid direct computation of SVD. The key idea is to extract an approximate basis for the range of the matrix from its compressed matrix. Given the basis, we compute partial singular values of the original matrix from the small factored matrix. In addition, by developping a range propagation method, our method further speeds up the extraction of approximate basis at each iteration. Our theoretical analysis shows the relationship between the approximation bound of SVD and its effect to NNM

  Language:Matlab26105

• wanglican/Ffowcs-Williams-and-Hawkings-Equations

  Open source codes/programs of acoustic analogies to calculate subsonic and supersonic noise characteristics induced by unsteady flow, moving geometry and mutual interactions either in a stationary or a moving medium. A permeable interface with arbitrary mesh is adopted to enclose the nonlinear region calculated by unsteady CFD solvers (Fluent).

  Language:MATLAB245414

• shixun22/helmholtz

  Helmholtz-Hodge decomposition using fft

  Language:Python18202

• leebird/alignment

  Implementation of Needleman-Wunsch and Hirschberg's Algorithm

  Language:Python17303

• fchirono/amiet_tools

  Collection of Python functions for prediction of turbulence-flat plate interaction noise using Amiet's model

  Language:Python163110

• sobester/airgeobookcode_m

  Matlab code to accompany "Aircraft Aerodynamic Design: Geometry and Optimization" by Sobester and Forrester (2015)

  Language:MATLAB15406

• Bnel13/FastHenry-ACA-

  A multilevel adaptive cross approximation solver with singular value decomposition recompression (MLACA-SVD) is implemented as an alternative to the multilevel fast multipole algorithm (MLFMA) used in FastHenry. New quadrature integration recipes of guaranteed accuracy are also implemented.

  Language:C12206

• davidoort/aeroacoustics

  Honours research project on an analytical aeroacoustic model for coaxial rotors in Urban Air Vehicles

  Language:MATLAB12052

• nwukie/noisyduck

  A python tool for eigenmode decompositions of duct flows.

  Language:Jupyter Notebook9314

• pgagarinov/spheretri

  SPHERETRI is a set of high-performance vectorized MATLAB functions for building a triangulation of a unit sphere based on recursive partitioning of each of Icosahedron faces.

  Language:MATLAB9419

• siddharth-maddali/SphereMesh

  Delaunay surface meshes on spheres

  Language:MATLAB8202

• HanliangGuo/fmm_matlab

  This is an implementation of a (toy) 2D Laplace problem using fast multipole method (FMM) in Matlab.

  Language:MATLAB7103

• lhalstro/mae267_parallelComputing

  Fall 2015 MAE 267 Parallel Computations in Fluid/Thermal Sciences by Prof. Roger Davis

  Language:TeX7302

• smartass101/xrbeall

  Beall (1982) wavenumber-frequency spectra estimation in xarray

  Language:Jupyter Notebook5200

• nwukie/PyChiDG

  A Python Interface for ChiDG: A Chimera-based, discontinuous Galerkin Solver

  Language:Python4301

• ElsevierSoftwareX/SOFTX-D-21-00119

  2PJIT: Two-phase 3D Jet Instability Tool in Cylindrical Coordinates. to cite this Original Software Publication: https://www.sciencedirect.com/science/article/pii/S2352711022000206

  Language:MATLAB3001

• xunger99/U-net-with-Wiener-Hopf

  U-net with Wiener-Hopf method

  Language:Python3201

• wanglican/fmm_matlab

  This is an implementation of a (toy) 2D Laplace problem using fast multipole method (FMM) in Matlab.

  Language:MATLAB2201

• mluhar/dynamicblade

  MATLAB code to simulate dynamics of a flexible blade in oscillatory flow

  Language:Matlab1102

• wanglican/FWH

  FWH solver using Farassat 1A formulation

  Language:C++1100