矩形花键螺旋沟拉刀一次成型中的数学模拟

给出了矩形花键螺旋沟拉刀一次成型的数学模拟，并用实例验证了模拟的可靠性。     

电测技术在人体骨骼力学性能分析中的应用

用电测实验应力分析方法,对人体管状长骨的力学性质,以及骨折的钢板皮外固定治疗中的力学问题,进行测量与分析。其结果对于推进力学理论在医学方面的应用,以及临床治疗骨折,具有实用价值。     

鞍钢3200m3高炉矿槽施工

介绍了鞍钢新1号高炉(3200m3)矿槽结构的设计原理及其所包含的钢结构、混凝土结构施工技术要点和质量控制,并作出了技术经济效果评述.     

Special issue on integrated gasification fuel cell (IGFC) technology

Coal is the primary fossil fuel used globally for electricity generation and chemical products for a long time.How-ever,utilization of coal also results in emis...     

Research Profiling of Nano-enchanced Molecular Imaging Technology

Molecular imaging, as an emerging technique in current medical diagnostics, therapy and biology science, has received more and more attention in academia, industry, as well as medical practices. And the applications of nanotechnology in this field stimulate its development. This paper explores the development of the basic research and applied research on nano-enhanced molecular imaging, and does the in-depth analysis by adopting the bibliometrics method. The results show that the US is the leader in this field, who has the absolute advantages. Germany, UK and France and Japan are the followed ones. The rapidly developing Asian countries , China and South Korea might become the potential competitors. Research network analysis draws the conclusion that the other countries and regions share the same research interests with the US. The US not only take the lead in the researching number, but also directing the future orientation of this field. However, the US has not much international collaboration. The collaboration within the country and regions show that collaboration in this field is limited to the regional adjacency. Disciplinary analysis reveals that the major subjects which relate intimately to the nano-enhanced molecular imaging are chemistry, biomedical science and material science.     

TC4合金锥体模锻过程的数值模拟

采用刚塑性有限元法对钛合金锥体的模锻成形进行有限元数值模拟,分析了锥形件模锻过程中的金属流动规律,应力场、应变场、变形区的压力分布,压力的变化规律等。模拟结果表明,锥体模锻成形分为3个阶段:初期变形过程是圆柱体变形为一个小曲率壳体的阶段,应力主要集中在上模的正下方,应变主要发生在此变形区;变形中期是与下模相接触的部分参与变形的体积逐渐增大,直至最后形成所需要的锥体形状;变形后期由于摩擦作用产生严重的不均匀壁厚减薄现象。     

我国首个GSM-R系统工程项目的监理实践

由北京全路通信信号研究设汁院设计、北京现代通信信号工稗咨询公司（以下简称现代公司）监理、中铁电气化局集团施工、华为技术有限公司提供设备的我田首个GSM—R工程项目，经过近一年的施工安装调试，已在大秦线上成功投入运营。在北京局和太原局的大力关怀、支持和帮助下，现代公司对此监理项目，直面困难，高度重视，集思广益，认真监理，严守承诺，根据该项目特点和工程实际，制定并落实各项针对性措施，顺利完成了该项目的监理工作，并获得铁道部领导好评。以下就该工程项目的监理实践谈些体会。     

地基平板载荷试验中存在问题及探讨

根据目前地基平板载荷试验中存在的一些问题．提出一些建议供工程检测人员及规范制定单位参考．     

浅议高职高专计算机网络实验室的建设

文章分析了计算机网络实验的建设对于计算机网络及相关课程的必要性,对高职高专计算机网络实验室的建设问题进行了探讨,提出了网络实验室应具备的功能及建设原则,并给出一种较为全面实用的解决方案。