Merge pull request #7 from openfedem/update-appendices

Documentation updates for R8.0.8

Author: kmokstad

src/UsersGuide/beta_feature_doc.tex

@@ -399,22 +399,26 @@
   Browser dialog box, see \refSection{object-browser}{Object Browser}.}
 
 
-\SubSection{Time-dependent stiffness scaling}
+\SubSection{Time-dependent stiffness and mass scaling}
            {time-dependent-stiffness-scaling}
 
-The stiffness matrix of a Beam element can be adjusted using a time- or
-state-dependent scale function through the description field command:
+The stiffness- and mass matrix of a Beam element can be adjusted using
+time- or state-dependent scale functions through the following
+description field commands:
 
 \LinkFormatText{\#StiffScaleEngine \Variable{id}}
 
+\LinkFormatText{\#MassScaleEngine \Variable{id}}
+
 \noindent
 The {\tt\Variable{id}} is the base ID of the desired scaling function.
 
-The same command can also be applied on Generic Parts. However, it is not
-recommended to use it on FE Parts if you also are going to perform stress
-recovery on that part. This is because the displacement recovery operator,
-calculated during the FE Part reduction, does not account for the stiffness
-scaling factor such that the calculation of internal deformation and stresses
+The same commands can also be applied on FE- and Generic Parts.
+However, it is not recommended to use stiffness scaling on FE Parts
+if you also are going to perform stress recovery on that part.
+This is because the displacement recovery operator, calculated during
+the FE Part reduction, does not account for the stiffness scaling factor
+such that the calculation of internal deformation and stresses then
 will be incorrect.
 
 

src/UsersGuide/cmd_line_options.tex

@@ -991,8 +991,6 @@
   \hline
   \texttt{-linkfile} &    Name of FE data file &  \\
   \hline
-  \texttt{-littleEndian} &    Use Little Endian formatting of DAC files  & \texttt{- (false)\tnote{1}}   \\
-  \hline
   \texttt{-loga1} &    Parameter log(a1) of the S-N curve  & \texttt{15.117}   \\
   \hline
   \texttt{-loga2} &    Parameter log(a2) of the S-N curve  & \texttt{17.146}   \\
@@ -1009,12 +1007,9 @@
   \hline
   {\tt-rosfile} & Name of strain rosette input file & \\
   \hline
+  {\tt -samfile} & Name of SAM data file & \\
+  \hline
 \end{tabular}
-  \begin{tablenotes}
-    \item[1] { This is the default value on UNIX platforms. On Windows, the default is + (true).
-    Thus, the default formatting of the DAC files will be suitable for the platform the
-    recovery is run on.}
-  \end{tablenotes}
 \end{threeparttable}
 
 % second page strain rosette recovery options
@@ -1025,8 +1020,6 @@
   \rowcolor[HTML]{EFEFEF}
   \rule{0pt}{15pt}Cmd-line option & Description & Default  \\
   \hline\hline
-  \texttt{-samfile} &    Name of SAM data file &  \\
-  \hline
   \texttt{-statm} &    Start time  & \texttt{0}   \\
   \hline
   \texttt{-stotm} &    Stop time  & \texttt{1}   \\