cfd recipes chapter 21.mht

四十三种差分格式源代码,这只是计算用的

        used. If you choose a value of m larger than 4, you will have to =
change=20
        the source code to include appropriate values for the =
Runge-Kutta=20
        coefficients.
        <P>This code requires an ASCII input file cell.dat in one of two =
forms.=20
        <P>EITHER:=20
        <BLOCKQUOTE><I>N: Number of Cells, max lambda: max =
delta_t/delta_x,=20
          tfinal: final time </I>
          <P><I>1</I>
          <P><I>Cell Edge x1</I>
          <P><I>Cell Edge x2</I>
          <P>...
          <P><I>Cell Edge xN</I>
          <P><I>Cell Edge xN+1</I>
          <P><I>Cell-Centered Sample y1</I>
          <P><I>Cell-Centered Sample y2</I>
          <P>...
          <P><I>Cell-Centered Sample yN</I>
          <P></P></BLOCKQUOTE>OR:
        <P>
        <P>
        <BLOCKQUOTE><I>N: Number of Cells, lambda: delta_t/delta_x, =
tfinal:=20
          final time </I>
          <P><I>-1</I>
          <P><I>Cell Center x1</I>
          <P><I>Cell Center x2</I>
          <P>...
          <P><I>Cell Center xN</I>
          <P><I>Cell Center xN+1</I>
          <P><I>Cell-Centered Sample y1</I>
          <P><I>Cell-Centered Sample y2</I>
          <P>...
          <P><I>Cell-Centered Sample yN</I>
          <P></P></BLOCKQUOTE>This code will produce two ASCII output =
files:=20
        <UL>
          <LI>enosho.out. Lists delta_t, delta_x, and lambda. Also lists =
the=20
          final time requested vs. actual final time (these may differ =
if=20
          delta_t is not an even divisor of tfinal). Finally, lists the =
intial=20
          vs. final conditions at each point.=20
          <LI>enosho.plt. Approximate vs. real solution at each point.=20
        </LI></UL>Using the sample input file, these codes will generate =
figures=20
        21.14 and and 21.15 in the book. You can generate a variety of =
other=20
        input files using the initial condition generator. The generator =
is a=20
        little awkward right now. Uncomment the sections of the code =
relevant to=20
        the desired generator function and recompile. The only input =
required by=20
        the generator function is the number of points, taken directly =
from an=20
        command prompt screen. With the initial condition generator =
cell.f and=20
        enosho.f, you can generate all of the figures in section 21.4 of =
the=20
        book.
        <P></P></BLOCKQUOTE></TD></TR></TBODY></TABLE><BR>
<DIV align=3Dcenter>[ <A=20
href=3D"http://capella.colorado.edu/~laney/booksoft.htm">Book Software =
Home</A> |=20
<A href=3D"http://capella.colorado.edu/~laney/ch4code.htm">Chapter 4</A> =
| <A=20
href=3D"http://capella.colorado.edu/~laney/ch5code.htm">Chapter 5</A> | =
<BR><A=20
href=3D"http://capella.colorado.edu/~laney/ch8code.htm">Chapter 8</A> | =
<A=20
href=3D"http://capella.colorado.edu/~laney/ch9code.htm">Chapter 9</A> | =
<A=20
href=3D"http://capella.colorado.edu/~laney/ch11code.htm">Chapter 11</A> =
| <A=20
href=3D"http://capella.colorado.edu/~laney/ch17code.htm">Chapter 17</A> =
| <BR><A=20
href=3D"http://capella.colorado.edu/~laney/ch18code.htm">Chapter 18</A> =
| <A=20
href=3D"http://capella.colorado.edu/~laney/ch20code.htm">Chapter 20</A> =
| <A=20
href=3D"http://capella.colorado.edu/~laney/ch22code.htm">Chapter 22</A> =
| <A=20
href=3D"http://capella.colorado.edu/~laney/ch23code.htm">Chapter 23</A> =
]=20
</DIV><BR><BR>
<HR>
<FONT size=3D-1><I>&copy; 2000, Culbert B. Laney </I>&nbsp; &nbsp; =
&nbsp; <A=20
href=3D"mailto:[e-mail]">mailto:[e-mail]</A></FONT></=
BODY></HTML>

------=_NextPart_000_0051_01C34D52.21ED9060
Content-Type: image/gif
Content-Transfer-Encoding: base64
Content-Location: http://capella.colorado.edu/~laney/graphics/cup.gif
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------=_NextPart_000_0051_01C34D52.21ED9060
Content-Type: image/gif
Content-Transfer-Encoding: base64
Content-Location: http://capella.colorado.edu/~laney/graphics/title.gif
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------=_NextPart_000_0051_01C34D52.21ED9060
Content-Type: image/jpeg
Content-Transfer-Encoding: base64
Content-Location: http://capella.colorado.edu/~laney/graphics/cfdrecipes.jpg
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