| 1. | Prediction of lateral wall defomations in excavations using artificial neural networks
人工神经网络在深基坑变形预测中的应用 |
| 2. | Lateral wall , door stainless steel with surface bite treatment , front lateral plate made of stainless steel , with hairy streak treatment
侧壁、厢门不? ? ?板镜面蚀刻处理，前侧板不? ? ?板发纹处理。 |
| 3. | In group , direct fracture of lateral wall was often seen ( 56 % ) with serious degree of injury on vision and structure of eyeballs
爆裂性骨折以内、下壁多见，占96 ，致伤物以拳脚多见，占78 ，视力和眼球结构损伤较轻。 |
| 4. | Results perforation in lateral wall occurred in 7 cases , 3 in medial wall , 3 in bottom wall , 1 in fanterior wall and 4 into intervertebral space
结果18例患者中外侧壁穿破7例，内侧壁穿破3例，下侧壁穿破3例，穿破椎体前壁1例，进入上方椎间隙4例。 |
| 5. | Using this curve , the surface settlement can be calculated through the lateral wall deflection , which can be gotten by elastic reactance method
按照地层损失法思路，本文推导了由围护墙侧向变形值（可由杆系有限元法解得）求解基坑墙后地表沉降的实用公式。 |
| 6. | Abstract it ' s a valuable problem in foundation pit of soft soil to study its lateral wall deflection and the surface settlement behind the retain wall
软土基坑变形是一个很有价值的研究课题。本文简单介绍了这方面的研究现状和工程中急需科研指导的主要问题。 |
| 7. | Results all of 4 triangle on the superior wall , 6 tria ngle on the lateral wall , 2 triangle on the back , were gauged to show content an d anatomy cavity about cavernous sinus
结果测量了上壁4个三角，外侧壁6个三角，后壁2个三角，通过这些三角所显示海绵窦内结构及腔隙的范围。 |
| 8. | Conclusions it ma y guide microsurgical operation of the cavernous sinus , to avoid injury of impor tant vessels and nerves , when the superior wall , lateral wall and back wall of the cavernous sinus were cut down
结论应用这些三角解剖学测量可指导与海绵窦相关的手术，安全切开海绵窦上壁、侧壁、后壁，不损伤重要神经和血管。 |
| 9. | Abstract : aimming at the defects of the brick masonry norm , through test on masonry wall models , the monolithic spacial effect for longitudinal and lateral walls of brick masonry buildings is studied and suggestions of calculated formulas for seismic resistance design and analysis are proposed
文摘:针对砌体规范中墙体抗震验算中的不足之处，通过模型砖墙试验，研究了带翼缘墙在水平荷载作用下的恢复力特性曲线、砖墙破坏特征以及纵墙的影响等，并提出了在墙体抗震验算中应当考虑纵横墙共同作用的建议 |
