建筑与设计之我见

建筑设计的问题及团队协助。     

新式住宅大地景观

艾许利·孟得：这同样是一件在概念上令人留下深刻印象的设计作品,但不幸的是没能在竞赛中得到一个更高的名次。对环境的理解以及现有景观如何同居住区开发相联系做得非常好．与此同时．建筑同景观、社区空间的结合方式可以被视为嵌入山坡的一个流动性整体。     

多层砖房底部滑移减震研究

本文通过一系列试验研究与理论分析，表明在房屋的底部设置一道减震缝构造，造价增加不多、能显著减少上部建筑破坏与倒塌的情况发生。本文为带减震缝构造的房屋设计提供了主要依据。     

常林钻石之乡--曹庄镇

山东省临沭县曹庄镇,地处县城西南部19公里,是山东省政府首批命名的中心镇,92平方公里的镇域范围内,储有丰富的重晶石、方解石、金刚石、页岩、陶土等矿产资源,1977年在这里发现了世界著名的“常林钻石”。近几年来,曹庄镇立足本地实际,坚持“三为”原则,科学规划,高标准建设,有力地促进了小城镇建设步     

城市规划建设中如何做经济评估——以旧城区开发为例

作者以旧城区开发为例，探讨城市规划中进行经济评估的方法和步骤。文章分别分析了规划构想阶段、制定规划提案阶段和最终评估阶段三个阶段中应采取怎样的评估方法和程序，最后得出“可操作性是可持续性的基础”的结论。     

消防系统的技术革新

现在,市场上有许多火灾探测系统和探测装置,从比较简单的到尖端复杂的,种类繁多。现代火灾自动探测系统有两种类型:传统型和模拟量型,通常分别用于小型和大型两种不同的设施之中。传统系统采用两线辐射状电路监测各个区域,其基础是于70年代的简单的开/关技术。虽然新式的部件和     

高层建筑结构侧移刚度矩阵计算方法的探讨

本文发展了高层建筑结构侧移刚度矩阵计算的几种方法,通过算例,对几种方法的计算误差、计算机耗时、占用计算机内存等进行了讨论.     

理性选择下的精细化设计:聚焦北京电视中心建设

与设计前卫、引来无数目光与争论的央视新大楼形成鲜明对比，建设中的北京电视中心在一种理性和务实的氛围中轮廓渐显。     

Design and manufacture of high-filling-efficiency microfluidic devices

In this study, we proposed an efficient method for mass production of high-filling-efficiency microfluidic devices. Precision machining was the main process of device fabrication. The commercially available SolidWorks software was adopted for structure design. Unigraphics software was then used to simulate the machining process. The simulated tooling file was then loaded into a CNC milling machine for mold production. The fabricated metal mold was used for pouring polydimethylsiloxane (PDMS) to obtain high-filling-efficiency microfluidic structures. Finally, plasma-assisted packaging was conducted to tightly bind the PDMS microfluidic structure to the glass substrate. Experimental results showed that the additional semicircular filling structure and expended fill-entry structure can efficiently enhance filling efficiency of the microchannel device. The incubation well array can be completely filled at a relatively short filling time. The proposed highly efficient filling microfluidic device possesses advantages, such as feasibility for mass production and cost effectiveness.     

Tribological Characteristics of Aqueous Graphene Oxide,Graphitic Carbon Nitride,and Their Mixed Suspensions

The tribological performance of graphene oxide (GO), graphitic carbon nitride (g-C₃N₄), and their mixed (g-C₃N₄/GO) aqueous suspensions was investigated. The 0.06 wt% GO, 0.06 wt% g-C₃N₄, and 0.06 wt% 1:1 g-C₃N₄/GO suspensions reduced the coefficient of friction (COF) by 37, 26 and 37% and wear mark radius by 19.1, 16.0 and 19.6%, respectively, in comparison with water. Pure g-C₃N₄ and GO suspensions showed unstable lubrication in the tests with relatively high loads and speeds, while the g-C₃N₄/GO mixed suspension had superior tribological performance in all tested conditions. This is because in the mixed suspension g-C₃N₄ agglomerates became smaller, and GO nanosheets exhibited fewer wrinkles and less stacking, which enabled the formation of a layer of tribo-composite film. As a result, the friction, wear and tribo-corrosion were reduced during sliding.