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% latex 文本如下
\documentclass[11pt,fleqn]{cmes}
\cmes{1}{1}{2016}{0}
\graphicspath{{./image/}}
\runningtitle{Manuscript Preparation for CMES}
\title{Perfoe }
\author{
Prah \thanks{Department of },\
Dai \affiliate{1}\
Tom \affiliate{1}\
and \
Tomoy \affiliate{1}
}
\begin{document}
\maketitle
\abstract{
This work presents
}
\keyword{Micro-electric effect}
\section{Introduction}
Piezoele
\section{Formulation of }
\subsection{Governin}
The a;\\
Electro
whconstant.\\
The strain respectively are given by
d n ctively.
\subsection{Finite eley}
The stan
\subsection{Timations}
Various irequ step-by-step solution.
% subsection 3.1
\subsubsection{Newc analysis}\label{newmark}
IEq.(\ref{piezo_moton_eq_1}) \& Eq.(\ref{piezo_moton_eq_2}) wmark's time integration to Eq.(\ref{piezo_motion_eq_newmark_1}), we obtainWhere $\mathbf M$, $\mathbf C$, ${\mathbf{\hat K}}_{\mathrm {uu}}$ and $ {^\mathrm{{t+\Delta t}}\hat {\mathbf F}}$ are the consistent mass matrix, daeleraated usingwhmed to
\subsubsection{Central difference integration method for linear dynamic piezoelectric analysis}\label{cd}
analysis.
\subsection{F co actuators}\label{dyna_algorithms}
ve c
\subsubsection{MonolithN)}\label{MN}
The mw of the M.
\subsubsection{Block ration (BJN)}\label{BJN}
\section{Analysis ctuators}
In this secto
\tikzstyle{rect} = [rectangle, thick,draw, text width=13em,align=center]
\tikzstyle{rect_big} = [rectangle, thick,draw, text width=16em,align=center]
\tikzstyle{rect_med} = [rectangle, thick,draw, text width=8em,align=center]
\tikzstyle{line} = [very thick,red,draw, -latex']
\tikzstyle{blank} = [node distance=1.6cm] %node dis=length of a line
\begin{figure}[H]
\centering
{
\begin{tikzpicture}
\node [rect] (top) {Piezoelectric bimorph actuators};
\draw[thick,-] (0.0,-0.25) -- (0,-0.60);
\draw[thick,-] (-3.0,-0.60) -- (3.0,-0.6);
\draw[thick,->] (-3.0,-0.60) -- (-3.0,-1);
\draw[thick,->] (3.0,-0.60) -- (3.0,-1);
\node [blank, below of=top ] (blank1) {};
\node [blank, below of=blank1, node distance=1.2cm ] (blank1) {};
\node [rect_big, below =of top, yshift=0.3cm,xshift=-3.3cm] (left) {Bimroph actuators without metal shim \\ (or)\\Bimorph actuator};
\node [rect_big, below = of top,yshift=0.3cm,xshift=3.3cm] (right) {Bimroph actuators with metal shim \\ (or)\\Triple layer actuator};
\draw[thick,-] (-3.50,-2.40) -- (-3.50,-2.80);
\draw[thick,-] (-4.50,-2.80) -- (-2.50,-2.80);
\draw[thick,->] (-4.50,-2.80) -- (-4.50,-3.10);
\draw[thick,->] (-2.50,-2.80) -- (-2.50,-3.10);
\node [rect_med, below = of left,yshift=0.3cm,xshift=-1.8cm ] (left-left) {Series connection};
\node [rect_med, below = of left, yshift=0.3cm,xshift=1.6cm] (left-right) {Parallel connection};
\draw[thick,-] (3.50,-2.40) -- (3.50,-2.80);
\draw[thick,-] (4.50,-2.80) -- (2.50,-2.80);
\draw[thick,->] (4.50,-2.80) -- (4.50,-3.10);
\draw[thick,->] (2.50,-2.80) -- (2.50,-3.10);
\node [rect_med, below = of right,yshift=0.3cm,xshift=-1.5cm ] (right-left) {Series connection};
\node [rect_med, below = of right, yshift=0.3cm,xshift=1.9cm] (right-right) {Parallel connection};
\end{tikzpicture}
}
\caption{Classifuators }\label{bimorph classification}
\end{figure}
\noindent The exist Fig.\ref{Bimorph with metal shim in parallel connection}.
\begin{figure}[H]
\centering
\subfloat[Bimorph in series connection]{
\includegraphics[height=1.0in,width=2.20 in]{bimorph_series_no_metal.png} \label{Bimorph in series connection}
} \qquad
\subfloat[Bimorph in parallel connection]{
\includegraphics[height=1.0in,width=2.20 in]{bimorph_parallel_no_metal.png} \label{Bimorph in parallel connection}
}\\
\subfloat[Triple layer actuator in series connection]{
\includegraphics[height=1.0in,width=2.2 in]{bimorph_series_with_metal.png}\label{Bimorph with metal shim in series connection}
}\qquad
\subfloat[Triple layer actuator in parallel connection]{
\includegraphics[height=1.0in,width=2.20 in]{bimorph_parallel_with_metal.png}\label{Bimorph with metal shim in parallel connection}
}
\caption{Differenever piezoelectric bimorph actuators}{\begin{tikzpicture} \filldraw[fill=white,thin] (0,0)rectangle (0.5,0.1); \end{tikzpicture} is piezoelectric ceramic layer}, {\begin{tikzpicture} \filldraw[fill=black,thin] (0,0)rectangle (0.5,0.1); \end{tikzpicture} is metal layer}, $\uparrow$ is polarization direction. \label{bimorph_config}
\end{figure}
Due to the u
%\vspace{-1.10 in}
\subsection{Bending dry}
Only
\begin{align*}
\omega_{r}^{(1)}=103.30\ \mathrm{rad/sec}
\end{align*}
\subsection{Results and discussion}
f piezoelectric s.
\subsubsection{Staticrs}
Tsts of 134 and 240 s,
\begin{figure}[H]
\centering
\includegraphics[height=2.5in,width=3.0 in]{static_itr_vs_error_BJ_BGS.eps}
\caption{converg analysis} \label{itr_convergence_static}
\end{figure}
s. Figure \ref{itr_convergence_static} shows the convergence results of partitioned iterative coupling algorithms (BJ and BGS) r.
\begin{figure}[H]
\centering
\includegraphics[height=2.5in,width=3.0 in]{BS_series_no_metal_Th_MN_Part_BJ_BGS.eps}
\caption{Numeric deflection} \label{bimorph_bending_numerical}
\end{figure}
Figure olutioscribed in Figure \ref{bimorph_config}.
It follows frotioned coupling.
\subsubsection{Dynamiltage}
The deflection to thon.
\begin{figure}[H]
\centering
\includegraphics[height=2.5in,width=3.0 in]{step_input_bimorph_series_no_metal_MN_BJN_BGSN.eps}
\caption{The step response of bimorph actuator subjected to step bias V=1V with $\beta$=0.3025, $\gamma$=0.6 and $\rho_p$ =0} \label{step_resp}
\end{figure}
Figure s are obtained very efficiently by the coupled algorithms.
\subsubsection{Dynamic analyoltage\\}
The nung present( darix $\mathbf C$=100).
\begin{figure}[H]
\centering
\subfloat[$\Delta$t for transient dynamic analysis at resonance frequency]{
\includegraphics[height=2.0 in, width=2.2 in]{delta_t_study_107_MN_series_no_metal.eps} \label{delta_t_MN_107}
}
\subfloat[$\Delta$t for dynamic aarger than $\omega_r^{(1)}$]{
\includegraphics[height=2.0 in,width=2.2 in]{delta_t_study_120_MN_series_no_metal.eps} \label{delta_t_MN_120}
}
\caption{$\Delta$t for transient dynamic analysis to detect resonance frequency with the MN algorithm for AC voltage $V$=1V } \label{delta_t_MN}
\end{figure}
When thMN algorithm for dynamic analysis of bimorph actuators without metal shim (Figure \ref{Bimorph in series connection} ion.
\begin{figure}[H]
\centering
\subfloat[Input frequency $\omega$=30 rad/sec]{
\includegraphics[height=1.250 in, width=2.0 in]{w_30_mn.eps} \label{w=30}
} \quad
\subfloat[Input frequency $\omega$=95 rad/sec]{
\includegraphics[height=1.250 in,width=2.0 in]{w_95_mn.eps} \label{w=95}
} \\
\subfloat[Input frequency $\omega$=106 rad/sec]{
\includegraphics[height=1.250 in, width=2.0 in]{w_106_mn.eps} \label{w=106}
} \quad
\subfloat[Input frequency $\omega$=107 rad/sec]{
\includegraphics[height=1.250 in,width=2.0in]{w_107_mn.eps} \label{w=107}
}\\
\subfloat[Input frequency $\omega$=108 rad/sec]{
\includegraphics[height=1.250 in, width=2.0 in]{w_108_mn.eps} \label{w=108}
} \quad
\subfloat[Input frequency $\omega$=185 rad/sec]{
\includegraphics[height=1.250 in,width=2.0 in]{w_185_mn.eps} \label{w=185}
}
\caption{Ardifferent frequencies with MN algorithm.}\label{mn_ac_resp}
\end{figure}
% It run successfully.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Please Copy and Paste From section {Introduction} to subsubsection {Dynamiltage}
Run again- Result is, it compile correctly without any error %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
.Again Copy and paste From section {Introduction} to subsubsection {Dynamiltage}
Result- It fails, because it exceeds 24 pages.
\acknowledge{
Add anent when appropriate.
}
\bibliographystyle{cmes}
\bibliography{sample}
\appendix
\section{Example of appendix}
Some text here.
\lastpage
\end{document}
我无法使用 CMES 期刊模板撰写超过 24 页的期刊论文。有人能帮帮我吗？在 Latex 文本文件中，我排除了 tikz 文件。您可以在此处找到 Latex 模板。使用我发布的代码，我可以编译而不会出现任何错误。但如果我复制粘贴两次以上，我就无法编译。请从 {Introduction} 部分复制并粘贴到子部分 {Dynamiltage}。再次运行-：结果是，它编译正确而没有任何错误。再次从 {Introduction} 部分复制并粘贴到子部分 {Dynamiltage}，再次运行，结果：- 它失败了，因为它超过了 24 页。帮我解决这个问题。http://www.techscience.com/cmes/auth_instru.html
% Sample.tit 文件信息
\tocline {Manuscript Preparation Instructions for Publishing in Computer Modeling in Engineering and Sciences (CMES)} { S.N. Atluri\thanks {UCLA, LA, CA, USA.},\ K.J. Bathe\thanks {MIT, Boston, MA, USA.}\ and \ K. Bathe\affiliate {2} } {1}
\cmesvol {1} \ignore {1}
\cmesno {1} \ignore {1}
\cmesyear {2016} \ignore {1}
\cmesabs { This document saration. } {1}
\cmeskey {Manuscript, preparation, typeset, format, CMES.} {1}
\prevpage {6}