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charset=gb2312" http-equiv=Content-Type><LINK href="text.css" rel=stylesheet type=text/css><META content="Microsoft FrontPage 4.0" name=GENERATOR><base target="main"></HEAD><body bgcolor="#D48FF0"><div id='KB1Parent' class='parent' style="width: 58; height: 27"><a href="#" onClick="expandIt('KB1'); return false"><IMG SRC='image/closedfolder.gif' BORDER=0 width="24" height="22">绪论</a></div><div id='KB1Child' class='child' style="width: 95; height: 31"><a href='3001.htm' target='main'> <IMG SRC='image/lastnode.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>引言</a></div><div id='KB2Parent' class='parent' style="width: 129; height: 27"><a href="#" onClick="expandIt('KB2'); return false"><IMG SRC='image/closedfolder.gif' BORDER=0>第4章 动力学基础</a></div><div id='KB2Child' class='child' style="width: 145; height: 68"> <a href='3040.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0> 简介</a><br> <a href='3041.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>1 质点系的质心</a><br> <a href='3042.htm' target='main'> <IMG SRC='image/lastnode.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>2 刚体的转动惯量</a><br> </div> <div id='KB3Parent' class='parent' style="width: 125; height: 36"><a href="#" onClick="expandIt('KB3'); return false"> <IMG SRC='image/closedfolder.gif' BORDER=0>第5章 动力学普遍<br> 定理（动能定理）</a></div><div id='KB3Child' class='child' style="width: 217; height: 102"> <a href='3051_1.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>1 动能</a><br> <a href='3051_2.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>2 功</a><br> <a href='3051_3.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>3 动能定理</a><br> <a href='3051_4.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>4 功率 功率方程</a><br> <a href='3051_5.htm' target='main'> <IMG SRC='image/lastnode.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>5 势力场 势能 机械能守恒定律</a><br> </div> <div id='KB4Parent' class='parent' style="width: 131; height: 36"><a href="#" onClick="expandIt('KB4'); return false"> <IMG SRC='image/closedfolder.gif' BORDER=0>第5章 动力学普遍<br> 定理（动量定理）</a></div><div id='KB4Child' class='child' style="width: 130; height: 85"> <a href='3052_1.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>1 动量</a><br> <a href='3052_2.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>2 冲量</a><br> <a href='3052_3.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>3 动量定理</a><br> <a href='3052_4.htm' target='main'> <IMG SRC='image/lastnode.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>4 质心运动定理</a><br> </div> <div id='KB5Parent' class='parent' style="width: 135; height: 36"><a href="#" onClick="expandIt('KB5'); return false"> <IMG SRC='image/closedfolder.gif' BORDER=0>第5章 动力学普遍<br> 定理（动量矩定理）</a></div><div id='KB5Child' class='child' style="width: 199; height: 102"> <a href='3053_1.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>1 动量矩</a><br> <a href='3053_2.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>2 动量矩定理</a><br> <a href='3053_3.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>3 刚体定轴转动微分方程</a><br> <a href='3053_4.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>4 刚体平面运动微分方程</a><br> <a href='3053_5.htm' target='main'> <IMG SRC='image/lastnode.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>5 动力学普遍定理的综合应用</a><br> </div> <div id='KB6Parent' class='parent' style="width: 138; height: 36"><a href="#" onClick="expandIt('KB6'); return false"> <IMG SRC='image/closedfolder.gif' BORDER=0>第6章 达朗贝尔原理<br> （动静法）</a></div><div id='KB6Child' class='child' style="width: 171; height: 51"> <a href='3060.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0> 前言</a><br> <a href='3061.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>1 惯性力 达朗贝尔原理</a><br> <a href='3062.htm' target='main'> <IMG SRC='image/lastnode.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>2 刚体惯性力系的简化</a><br> </div> <div id='KB7Parent' class='parent' style="width: 138; height: 36"><a href="#" onClick="expandIt('KB7'); return false"> <IMG SRC='image/closedfolder.gif' BORDER=0>第7章 分析力学基础<br> （虚位移原理）</a></div><div id='KB7Child' class='child' style="width: 183; height: 102"> <a href='3070.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0> 前言</a><br> <a href='3071_1.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>1 约束 约束的运动学分类</a><br> <a href='3071_2.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>2 自由度 广义坐标</a><br> <a href='3071_3.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>3 虚位移 虚功</a><br> <a href='3071_4.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>4 理想约束</a><br> <a href='3071_5.htm' target='main'> <IMG SRC='image/lastnode.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>5 虚位移原理</a><br> </div> <div id='KB8Parent' class='parent' style="width: 140; height: 53"><a href="#" onClick="expandIt('KB8'); return false"> <IMG SRC='image/closedfolder.gif' BORDER=0>第7章 分析力学基础<br> （动力学普遍方程<br> 、拉格朗日方程）</a></div><div id='KB8Child' class='child' style="width: 174; height: 68"> <a href='3072_1.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>6 广义力</a><br> <a href='3072_2.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>7 动力学普遍方程</a><br> <a href='3072_3.htm' target='main'> <IMG SRC='image/lastnode.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>8 拉格朗日方程（简介）</a><br> </div> <div id='KB9Parent' class='parent' style="width: 124; height: 53"><a href="#" onClick="expandIt('KB9'); return false"> <IMG SRC='image/closedfolder.gif' BORDER=0>第8章 动力学专题<br> （单自由度系统的<br> 振动）</a></div><div id='KB9Child' class='child' style="width: 209; height: 129"> <a href='3081.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>1 概 述</a><br> <a href='3082.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>2 振动微分方程的建立</a><br> <a href='3083.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>3 固有频率的求法</a><br> <a href='3084.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>4 （无阻尼）自由振动</a><br> <a href='3085.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>5 衰减振动（有阻尼自由振动）</a><br> <a href='3086.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>6 强迫振动（受迫振动）</a><br> <a href='3087.htm' target='main'> <IMG SRC='image/lastnode.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>7 多自由度系统振动简介</a></div> <div id='KB10Parent' class='parent' style="width: 89; height: 27"><a href="#" onClick="expandIt('KB10'); return false"> <IMG SRC='image/closedfolder.gif' BORDER=0>例题、作业</a></div><div id='KB10Child' class='child' style="width: 94; height: 51"> <a href='3100.htm' target='main'> <IMG SRC='image/node.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>本篇例题</a><br> <a href='3200.htm' target='main'> <IMG SRC='image/lastnode.gif' BORDER=0><IMG SRC='image/doc.gif' BORDER=0>本篇作业</a><br> </div> <SCRIPT>numTotal=10;scores[1]='KB1';scores[2]='KB1';scores[3]='KB2';scores[4]='KB3';scores[5]='KB4';scores[6]='KB5';scores[7]='KB6';scores[8]='KB7';scores[9]='KB8';scores[10]='KB9';scores[11]='KB10';</SCRIPT> <center><IMG SRC='image/logo1.gif'></center> </BODY></HTML> ⌨️ 快捷键说明
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