2D mesh of spherical pore bodies
in [Matlab]
|
From: Zeeshan on 2 Jul 2010 01:03 I want to plot a 2D mesh of spherical pore bodies connected with throats. The 2D mesh could be a diamond lattice. The spherical pore bodies is of volume ((4 π/3 )r3 ) = l3 and the throat bodies are cylindrical which are of length l and have randomly chosen cross sectional area between 0 and l2. Also the volume of both pore and throat could be adjusted as desired.
From: Walter Roberson on 2 Jul 2010 01:20 "Zeeshan " <zeeextra(a)yahoo.com> wrote in message <i0jrmo$7lc$1(a)fred.mathworks.com>... > I want to plot a 2D mesh of spherical pore bodies connected with throats. The 2D mesh could be a diamond lattice. The spherical pore bodies is of volume ((4 π/3 )r3 ) = l3 and the throat bodies are cylindrical which are of length l and have randomly chosen cross sectional area between 0 and l2. Also the volume of both pore and throat could be adjusted as desired. It is not clear what your Matlab question is? If you want to plot a mesh, see trimesh() or trisurf(); tetramesh() if your diamond lattice could reasonable be represented by tetrahedrons.
From: Zeeshan on 2 Jul 2010 02:07 "Walter Roberson" <roberson(a)ibd.nrc-cnrc.gc.ca> wrote in message <i0jsun$1d9$1(a)fred.mathworks.com>... > "Zeeshan " <zeeextra(a)yahoo.com> wrote in message <i0jrmo$7lc$1(a)fred.mathworks.com>... > > I want to plot a 2D mesh of spherical pore bodies connected with throats. The 2D mesh could be a diamond lattice. The spherical pore bodies is of volume ((4 π/3 )r3 ) = l3 and the throat bodies are cylindrical which are of length l and have randomly chosen cross sectional area between 0 and l2. Also the volume of both pore and throat could be adjusted as desired. > > > It is not clear what your Matlab question is? If you want to plot a mesh, see trimesh() or trisurf(); tetramesh() if your diamond lattice could reasonable be represented by tetrahedrons. ----- Actually What I mean from mesh is a series of spherical bodies where each sphere is connected with 4 other spheres via channel or cylindrical throat. The volume of spherical and cylindrical bodies can be adjusted and distributed normally or lognormally
From: Walter Roberson on 9 Jul 2010 11:55 Zeeshan wrote: > "Walter Roberson" <roberson(a)ibd.nrc-cnrc.gc.ca> wrote in message > <i0jsun$1d9$1(a)fred.mathworks.com>... >> "Zeeshan " <zeeextra(a)yahoo.com> wrote in message >> <i0jrmo$7lc$1(a)fred.mathworks.com>... >> > I want to plot a 2D mesh of spherical pore bodies connected with >> throats. The 2D mesh could be a diamond lattice. The spherical pore >> bodies is of volume ((4 π/3 )r3 ) = l3 and the throat bodies are >> cylindrical which are of length l and have randomly chosen cross >> sectional area between 0 and l2. Also the volume of both pore and >> throat could be adjusted as desired. >> >> It is not clear what your Matlab question is? If you want to plot a >> mesh, see trimesh() or trisurf(); tetramesh() if your diamond lattice >> could reasonable be represented by tetrahedrons. > ----- > > Actually What I mean from mesh is a series of spherical bodies where > each sphere is connected with 4 other spheres via channel or cylindrical > throat. The volume of spherical and cylindrical bodies can be adjusted > and distributed normally or lognormally To the extent that I understand what you are trying to do, my response would be "Okay, go ahead." You want to plot a mesh, and I pointed you to the mesh plotting routines. Did you have a question?
|
Pages: 1 Prev: 2D mesh of spherical pore bodies Next: Controlling mouse pointer using hand movement |