板壳断裂力学


Autoria(s): 柳春图; 蒋持平
Data(s)

2000

Resumo

<p><img src="http://cover1.chaoxing.com/cover/cover2.dll?iid=626160626a62606967669d983534333633313831" border="0" alt="" hspace="16" width="150" height="216" align="left" />本书阐明了板壳断裂理论的基础。论证了Reissner型板壳断裂理论的科学性、经典板壳断裂理论的缺陷及在一定范围内仍具有的实用价值;介绍了作者所创意的研究Reissner型板壳断裂纹尖端场的方法等。</p><p><font size="5">目录</font></p><div><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=1">第一章 绪论</a></div><ul><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=1">§1.1 板壳弯曲断裂问题</a></li><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=3">§1.2 Kirchhoff经典板壳弯曲断裂理论</a></li><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=7">§1.3 Reissner型板壳弯曲断裂理论</a></li><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=10">§1.4 Kirchhoff与Reissner型板壳弯曲断裂理论的比较</a></li><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=11">§1.5 含裂纹有限尺寸板壳断裂分析的局部-整体法</a></li><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=14">§1.6 含表面裂纹板壳</a></li></ul><div><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=16">第二章 Kirchhoff板弯曲断裂理论</a></div><ul><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=16">§2.1 Kirchhoff板的基本概念和基本假定</a></li><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=17">§2.2 基本公式与弹性曲面微分方程</a></li><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=22">§2.3 边界条件</a></li><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=26">§2.4 弹性薄板的应变能</a></li><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=26">§2.5 极坐标下的挠曲面微分方程与内力公式</a></li><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=29">§2.6 裂纹尖端场特征展开式通项公式</a></li><li><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=32">§2.7 Kirchhoff板弯曲应力强度因子</a></li></ul><div><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=34">第三章 含裂纹Kirchhoff板断裂分析的复变函数方法</a></div><ul style="display: block"><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=34">§3.1 基本方程和公式的复变函数表示</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=37">§3.2 所引入函数的确定程度与一般形式</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=41">§3.3 坐标变换与边界条件</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=45">§3.4 运用保角变换方法求解孔口问题</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=50">§3.5 应力强度因子与函数Φ(z)的关系</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=53">§3.6 复变-主部分析法之应用简例</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=59">§3.7 共直线裂纹问题的一般解答</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=64">§3.8 典型弯曲裂纹问题的解答及弯曲应力强度因子公式</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=81">§3.9 共圆曲线裂纹问题的解答及弯曲应力强度因子公式</a></li></ul><div style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=90">第四章 含裂纹Kirchhoff板断裂分析的局部-整体法</a></div><ul style="display: block"><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=91">§4.1 裂纹尖端奇异元的位移模式与弯曲应力强度因子</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=92">§4.2 裂纹尖端奇异元的刚度矩阵</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=98">§4.3 裂纹尖端奇异元与常规单元的连接</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=101">§4.4 解析法与数值法的结果比较与讨论</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=106">§4.5 两共线半无限裂纹问题的定解条件及解的实用价值</a></li></ul><div style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=112">第五章 Reissner型平板理论及两种平板理论比较</a></div><ul style="display: block"><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=112">§5.1 Reissner型板的基本假定</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=114">§5.2 Reissner型板的基本公式与平衡微分方程</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=118">§5.3 基本方程的简化</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=121">§5.4 边界条件</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=122">§5.5 极坐标下的基本公式与平衡微分方程</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=126">§5.6 两种平板理论用于无裂纹板时的比较</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=133">§5.7 两种乎板理论用于含裂纹板时的比较</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=139">§6.1 基本方程和一般求解方法</a></li></ul><div style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=139">第六章 由渐近展开法推导Reissner型板裂纹尖端场</a></div><ul style="display: block"><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=140">§6.2 裂纹尖端场的渐近展开</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=145">§6.3 广义位移和广义内力展开式</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=149">§6.4 几点讨论</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=150">§6.5 应力强度因子与展开式首项系数的关系</a></li></ul><div style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=152">第七章 Reissner型板裂纹尖端场展开式的通项公式</a></div><ul style="display: block"><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=152">§7.1 标量函数F和f表示的基本方程和公式</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=154">§7.2 特征展开</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=161">§7.3 函数F和f的特征展开式</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=163">§7.4 广义位移和内力展开式</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=171">§8.1 裂纹尖端奇异元的位移模式</a></li></ul><div style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=171">第八章 含裂纹Reissner型板断裂分析的局部-整体法</a></div><ul style="display: block"><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=176">§8.2 奇异元的刚度矩阵</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=184">§8.3 奇异单元与常规单元的连接</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=187">§8.4 应力强度因子的计算</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=188">§8.5 关于奇异元的形状与应力杂交奇异元</a></li></ul><div style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=190">第九章 含裂纹Reissner型板的典型问题解答及比较</a></div><ul style="display: block"><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=190">§9.1 局部-整体法与其它解析和数值法的结果比较</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=194">§9.2 边界对应力强度因子的影响</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=200">§9.3 板的支承条件及长宽比的影响</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=202">§9.5 计算Reissner型板应力强度因子的一组近似方程与近似解法</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=202">§9.4 Reissner型板理论与Kirchhoff板理论所得应力强度因子的比较</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=209">§9.6 关于数值计算的几点讨论</a></li></ul><div style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=211">第十章 含裂纹Reissner型球壳的断裂分析</a></div><ul style="display: block"><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=211">§10.1 壳体断裂问题概述</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=213">§10.2 Reissner型球壳的基本方程</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=218">§lo.3 Reissner型球壳裂纹尖端场与应力强度因子</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=224">§10.4 含裂纹Reissner型球壳断裂分析的局部-整体法</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=232">§10.5 鼓胀系数</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=234">§10.6 几点结论</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=236">§11.1 含轴向裂纹Reissner型圆柱壳的基本方程与摄动解</a></li></ul><div style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=236">第十一章 含裂纹Reissner型圆柱壳的断裂分析</a></div><ul style="display: block"><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=241">§11.2 含轴向裂纹Reissner型圆柱壳的断裂分析</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=246">§11.3 环向裂纹问题</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=248">§11.4 任意位向裂纹与孔边裂纹问题</a></li></ul><div style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=251">第十二章 含表面裂纹板壳</a></div><ul style="display: block"><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=251">§12.1 基本方程的曲线坐标变换</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=256">§12.2 基本方程的特征函数展开</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=265">§12.3 半椭圆表面裂纹前缘应力应变场</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=268">§12.4 含表面裂纹板的局部-整体分析</a></li><li style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=281">§12.5 表面裂纹的光弹实验</a></li></ul><div style="display: block"><a rel="nofollow" href="http://book.chaoxing.com/ebook/detail.jhtml?id=10191865&page=290">参考文献</a></div>

Identificador

http://dspace.imech.ac.cn/handle/311007/15277

http://www.irgrid.ac.cn/handle/1471x/7280

Idioma(s)

中文

Publicador

国防工业出版社

Palavras-Chave #地壳块断运动-断裂力学
Tipo

专著