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City Philadelphia / Pittsburgh / Charlottesville / London / New York / Oxford / Austin / / Company Creative Commons / Choi HF / John Wiley & Sons / Enthought Inc. / / Country United States / / / Facility University of Virginia / Stem Cell Research Institute / / IndustryTerm ultrasound imaging / wrapper software / post-processing step / acquired imaging data / anisotropic meshing algorithm / potential field solutions / post-processing facilities / post-processing / vivo diffusion tensor imaging / reagents/materials/analysis tools / imaging / pragmatic solution / Diffusion tensor magnetic resonance imaging / concrete applications / / Organization University of Virginia / Department of Biomedical Engineering / Belgian American Educational Foundation / Materials and Methods Theoretical / Stem Cell Research Institute / Department of Mechanical & Aerospace Engineering / / Person Ann Biomed Eng / Ai / / Position Author / original author / Editor / representative / Jaspers RT / / ProgrammingLanguage Python / / ProvinceOrState Virginia / / PublishedMedium PLoS ONE / the PLOS ONE / / RadioStation Heemskerk AM / Agur AM / / Technology magnetic resonance imaging / OpenFOAM algorithms / PCG algorithm / fluid dynamics / Ultrasound / anisotropic meshing algorithm / DT-MRI tracking algorithm / Simulation / tracing algorithms / MRI / Be Reconstructed Using a Laplacian Vector Field Simulation / / URL www.numpy.org / www.vtk.org / www.plosone.org / www.matplotlib.org / www.BAEF.be / / SocialTag 
Skeletal Muscle Fascicle Arrangements Can Be Reconstructed Using a Laplacian Vector Field Simulation Hon Fai Choi1, Silvia S. Blemker1,2* 1 Department of Mechanical & Aerospace Engineering, University of Virginia, Charlo