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本资料为：从零开始Revit Architeture，内容详细具体，可供参考。

This study presents a nonlinear optimization technique (NOT) for conducting the back analyses of geotechnical engineering problems based on the field observations. Additional auxiliary techniques are incorporated to enhance the convergence and stability of the NOT. The developed NOT and additional auxiliary techniques are incorporated into a finite element code and then applied to the back analysis of excavation-induced wall deflection. A number of hypothetical excavation cases with various scenarios of stratigraphy and two quality excavation case histories are used to validate the developed NOT, in which the dominant soil parameters are treated as target parameters. Results show that the wall deflections of all hypothetical and actual excavation cases at each stage can be accurately and efficiently backfigured.

Google SketchUp Pro 8.0 FluidRaySketchUp_demo_1_1_0

VizUp Streamline 是一个特设的多边形优化和降噪系统，可让您减少多边形在一个复杂的三维模型，同时保留的质量和原始外观的。最终的结果减少是一个三维模型，以良好的均衡水平上的细节和规模，这是完美的使用在虚拟现实和实时可视化系统。

批量转换DWG or DXF 到BMP,JPG, TIF,GIF, PNG 格式的工具，不需要安装AutoCAD.

AutoPatternDesign是一款首创的图形图案设计软件，功能强大,界面友好,操作简便.www.missyuan.com* i) c9 c8 @# h% T% v2 p% H4 v 通过AutoPatternDesign可以创建一些令人惊讶的图形样式,并可以通过一系列操作改变单元图形的形状、大小以及组合效果来设计最终想要的图 形效果。

　Adobe Illustrator CS5是图形设计、矢量绘制软件，Adobe Illustrator CS5使用Adobe Mercury 支持，能够高效、精确处理大型复杂文件。Adobe Illustrator CS5 全新的追踪引擎可以快速地设计流畅的图案以及对描边使用渐变效果，快速又精确地完成设计，其强大的性能系统提供各种形状、颜色、复杂效果和丰富的排版 ，可以自由尝试各种创意并传达您的创作理念。

VizUp Streamline 是一个特设的多边形优化和降噪系统，可让您减少多边形在一个复杂的三维模型，同时保留的质量和原始外观的。最终的结果减少是一个三维模型，以良好的均衡水平上的细节和规模，这是完美的使用在虚拟现实和实时可视化系统。

癌症软件是一种教育工具。列出了许多传统的，互补的，自然和替代疗法。它不邀请来诊断，处方，或自行服药。癌症的软件列表信息，化工数据库，文本文件和替代方案。

Flamingpear Designer Sextet 是Flaming Pear公司出品的一款功能强大的PhotoShop图像处理增强滤镜!该滤镜无需安装，只需要放置在photoshop plug-ins目录下即可。Designer Sextet里面包含了共6个滤镜：Aetherize,Glare,Lacquer,Silver,Swerve,Twist!

Flamingpear Flood 是Flamingpear公司推出的一款PhotoShop图像效果增强处理滤镜,目前为止这种制造水面效果的滤镜还是独一无二的，效果很真实，甚至连倒影都能反射出来。

批量打印程序，免注册！

可以画园林手绘的哦，很不错的哦。

一个简单的小工具，用来计算水利摩擦系数 lamda 。

Abstract--COD and nitrogen balances were performed on four different types of laboratory-scale activated sludge system: aerobic, anoxic, anoxic-aerobic and anaerobic-anoxic-aerobic (biological excess phosphorus removal systems). The systems included a variety of configurations, with differing wastewater characteristics and operating parameters. The results suggest that good COD balances are to be expected in aerobic and anoxic-aerobic systems. Systems incorporating anaerobic zones exhibit low COD balances (less than 80%). Fermentation in the anaerobic zone apparently is implicated in this "loss" of COD. The consequences of the COD "loss" include both a significant decrease in oxygen requirements and in sludge production compared to aerobic or anoxic-aerobic systems. Possible mechanisms for the loss of COD and areas which require further study are discussed.