The desert burned beneath the sun.

Beyond the reef, the sea sparkled beneath the sun's rays.

礁石以外的大海在阳光下闪闪发光。

Nothings beneath the sun ( is) new.

太阳底下无新事。

Convection on the day side would lead to massive storms in the area directly beneath the Sun.

而且在对流的作用下，处于白天的那个半球，被阳光直接照射的地区将会产生巨大的风暴。

Rapunzel grew into the most beautiful child beneath the sun.

“莴苣”慢慢长成了天底下最漂亮的女孩。

The landscape, brown and sere beneath the sun

烈日之下的景色，一片枯黄憔悴

Deep knee bends, for example, may increase the range of motion ( ROM) of the knee joint to the point where the knee becomes more susceptible to chronic or acute instability.

例如深度屈膝，会增加膝关节的活动范围，更容易导致膝盖的急性或慢性不稳定。

General Analytic Solution for Elastic Bending of Reissner Plates

Reissner厚板弹性弯曲的一般解析解

Elastic bending and stability of steel-concrete composite plate

钢-混凝土组合板的弹性弯曲及稳定性分析

Elastic Bending of Rectangular Thin Plates with Complex Edges

复杂边界矩形薄板的弹性弯曲

Research of bending of focusing mirror base on elastic bending of beams

基于梁弯曲理论的聚焦镜压弯技术研究

Design of oil and gas pipeline laying with elastic bending

油气管道的弹性敷设设计

Rational Finite Element Method for Elastic Bending of Reissner Plates

Reissner厚板弹性弯曲的理性有限元法

A General Solution for Solving Elastic Bending Problem of Rectangular Thin Plates

矩形薄板弹性弯曲问题的一般解析解法

Inland Vessel External Force Calculation with the Correction of Bending Deflection

内河船舶考虑弯曲挠度影响的外力计算

Integration Matrix Method for Calculation of Bending Deflection

弯曲挠度计算的积分矩阵方法

A New Method to Solve the Bending Deflection of Stepped Beams

阶梯形变截面梁弯曲变形的一种新解法

It gave the detail about analyses of bending deflection and strength, compared the results with other methods.

在此基础上，详细分析计算了梁的弯曲变形和弯曲强度，并与采用其他方法得到的结果进行了比较。

The methods of compressing strain energy and bending strain energy are adopted to study low temperature performance of montmorillonite modified asphalt with two different montmorillonites by indoo.

通过两种武汉市售蒙脱土和实验室纯化蒙脱土，采用压缩应变能、弯曲应变能的方法，进行蒙脱土改性沥青低温性能研究。

Series solutions were derived for the in-plane strain, deflection and bending strain that satisfy the simplified boundary conditions to calculate the shear lag coefficient.

根据简化的边界条件，得到了面内应变和弯曲应变的级数解，进而求得剪力滞后系数。

This thesis establishes the mathematical models of measuring angle strain and bending strain, develops the functional relation between the strain and the measuring values.

建立了电磁检测法检测构件弯曲正应变和剪应变的数学模型，推导出应变与时间域计测值之间的函数关系；