剥肋滚轧直螺纹钢筋连接在桥梁工程中的应用

介绍一种新型的钢筋技术连接方式,它具有节约经济、确保质量、施工方便、有利环保,通过与普通的钢筋焊接对比显示其主要优点,总结其施工工艺,显示了推广应用的前景.     

红外测温技术在动力电池热管理系统中的应用

动力电池作为电动汽车的关键部件和关键技术,其性能的发挥与电池一致性控制、电池监控和管理及整车匹配技术密切相关,其中电池的热管理对于电动车辆的可靠安全运行意义重大。红外测温技术利用红外探测技术获取设备的红外辐射状态的热信息,然后转换成温度进行显示,作为一种新型的非接触式测量技术,在动力电池热管理系统中具有应用良好的应用前景。     

一种新型城市快速路网交通诱导系统的研发和应用

介绍了一种新型的基于可变信息标志(VMS)的网络级城市快速路交通诱导系统的设计方法。该系统是一个由“重要决策点图形式VMS”、“次要节点图文混合式VMS”、以及“地面一般道路VMS”三类VMS组成的VMS系统。文章在归纳VMS系统设计流程基础上,重点介绍了VMS的路网布局和功能设计、显示格式和显示技术的确定、VMS设立位置(前置距离)的确定、图形式VMS的面板设计和交通信息发布策略等关键技术,最后给出系统的应用实例,说明该新型交通诱导系统的应用效果。可供交通管理部门规划、设计城市快速路网交通诱导系统参考。     

3D电视产业的发展态势

上世纪五十年代，在研究基於双目视差立体三维显示机理的立体电影的同时，业界对立体三维电视也开展了大量的研究，提出了众多双目视差式立体三维电视的方案。作为一种新型显示技术，立体电视能显示出景物在三维空间申的位置，即景物的高度，宽度及深度，故也称其为三维电视（3DTV，Stereoscopic Televison）。     

AM工法旋挖扩底灌注桩在练杭高速公路桥梁基桩设计中的应用

AM工法旋挖扩底灌注桩全称为AM工法全液压可视可控旋挖扩底灌注桩,是一种新型的桩基施工技术,该工法采用全液压快速扩孔铲斗,整个旋挖扩孔过程由电脑自动操作和显示,最大扩孔率可达3.5,成孔速度快,能有效提高桩基承载力,同时降低桩基成本,具有广泛的应用价值和使用前景。     

气电转换式电子柱量仪

气电转换式电子柱量仪是将气动测量电子放大显示技术融为一体的新型量仪。该量仪结构简单，性能稳定可靠，测量线性范围大，成本低廉，可广泛用于机械工业对工件或其他物体的精密测量。     

新型汽油机缸内直喷燃烧系统用电控系统的开发

介绍了基于射流燃烧系统的一种新型缸内直喷燃烧系统的研究开发，重点介绍了其中的电控系统。所开发的电控系统基于PC机，运用于DOS操作系统下，扩展性好，利用自动汉字小字库技术编制成中操作界面，兼顾操作方便和响应实时性，集成的数据采集系统可在对发动机 同时实现大数据量的采集和在线数据显示，试验表明，该套系统工作稳定可靠，能初步满足新型缸内直喷燃烧系统的要求。     

一种新型城市快速网交通诱导系统的研发和应用

介绍了一种新型的基于可变信息标志（VMS）的网络级城市快速路交通诱导系统的设计方法。该系统是一个由“重要决策点图形式VMS”、“次要节点图文混合式VMS”、以及“地面一般道路VMS”三类VMS组成的VMS系统。文章在归纳VMS系统设计流程基础上，重点介绍了VMS的路网布局和功能设计、显示格式和显示技术的确定、VMS设立位置（前置距离）的确定、图形式VMS的面板设计和交通信息发布策略等关键技术，最后给出系统的应用实例，说明该新型交通诱导系统的应用效果。可供交通管理部门规划、设计城市快速路网交通诱导系统参考。     

GHC的双模式混合动力系统

由GM、DC、BMW三家整车巨头联手组成的全球(汽车)混合动力开发联盟(GHC),近期首次向公众披露了其新型双模式混合动力系统技术(TMHD)的某些内部细节,意在向消费者具体显示该概念强于现行单一模式混     

信息快车

南京军区组织新型车辆装备维修骨干集训近期,南京军区组织了一期新型车辆装备维修骨干集训,来自全区部队车辆专业技术军官和技术士官骨干70余人参加了集训。集训以新型车辆二级保养项目为重点,着眼提高修理工的理论素质和     

平胜大桥斜交顶推中临时墩的受力分析

结合平胜大桥-自锚式悬索桥加劲梁架设中临时墩的受力分析,阐述了斜交顶推中临时墩的受力特点及变化规律,对斜交顶推施工的其他桥梁具有一定的借鉴意义。     

地下掘进之地盘——机械互制与可挖指标研探

地下机械式之掘削效率乃为进度、成本及品控之关键要因,一般工程思考皆多考虑工法与机型对应各类不同地层之"可挖性"作探讨,即针对地质材料选择适应之切削面盘,鲜能再对地盘——机械开挖互制行为作一"适确性"研析,而本研究先由微观之量纲分析及力学尺度探讨并建立指标,运用至巨观推力、扭矩之施工良窳、可挖性及正常施作或异况破坏之分析。机械式掘削接触地质与产生之互制行为相异性极大,故由地质破坏特征作为切削地盘材料之分类,藉此提供该广义式之探讨方针;其次在施工判准所建立之可挖指标上,使用量纲分析方法进行具代表力学行为之因子解析,作为建置指标的依据;再者,应用现场调查以资搜机械式开挖所量测的推进力系数值,进而佐证其适确性,最终完整研析机械式掘削开挖之行为与可挖性指标之应用。     

Design of Integrated Chassis Control logics for AFS and ESP

The performance of most electronic chassis control systems in the past has been optimized individually. Recently, a great research effort has been dedicated to the integration of chassis control systems in an effort to improve the vehicle performance. This involves orchestration of individual control modules so that they can jointly contribute to the enhancement of their control effect. In this research, two integrated control logics for AFS (Active Front Steering) and ESP (Electronic Stability Program) have been developed. Of the two logics, one uses a supervisor that rules over the individual modules. The other logic uses a CL (Characteristic Locus) method, which is a frequency-domain multivariable control technique. The two logics have been tested under various driving conditions to investigate their control effects. The results indicate that the proposed integrated control logics can yield vehicle performance that is superior to that of the individual control modules without any integration scheme.     

基于效用模型的沥青路面预防性养护研究

预防性养护是一种高标准养护方式。在预防性养护中,养护时机的选择至关重要。基于此,提出了以建立养护短期效用预测模型来进行养护时机的选择,该模型通过对路面性能短期提高值以及养护后路面性能衰变规律的预测,能较为精确地获得养护后路面性能曲线,以及养护短期效益值,进而运用效益-费用分析法可以较方便而准确地确定最佳养护时机和养护方案。养护效用预测模型为预防性养护的研究提供了新思路,具有重大的理论意义和实际意义。     

运用灰色理论与人工神经网络预测公路沉降

介绍了灰色理论中的G（1,1）模型、BP人工神经网络模型和灰色BP神经网络模型;根据岳阳城陵矶进港道路管桩处理后的路基沉降实测资料,分别运用这三种模型进行沉降预测,并对预测结果进行了分析,比较了这三种方法预测沉降的效果。     

Design of ANFIS networks using hybrid genetic and SVD methods for modeling and prediction of rubber engine mount stiffness

Genetic Algorithm (GA) and Singular Value Decomposition (SVD) are deployed for optimal design of both the Gaussian membership functions of antecedents and the vector of linear coefficients of consequents, respectively, of ANFIS networks. These networks are used for stiffness modelling and prediction of rubber engine mounts. The aim of such modelling is to show how the stiffness of an engine mount changes with variations in geometric parameters. It is demonstrated that SVD can be optimally used to find the vector of linear coefficients of conclusion parts using ANFIS (Adaptive Neuro-Fuzzy Inference Systems) models. In addition, the Gaussian membership functions in premise parts can be determined using a GA. In this study, the stiffness training data of 36 different bush type engine mounts were obtained using the finite element analysis (FEA).     

深圳市综合交通信息平台系统分析与设计

简述国外先进的交通信息系统的发展现状,在分析深圳市智能交通系统间的信息交互需求、共用信息平台功能需求、性能需求的基础上,根据深圳市现有智能交通系统的建设和运营现状,对深圳市综合交通信息平台系统框架结构、功能模块分别进行设计。     

Experimental study of the physical and chemical characteristics of biodiesel blended fuel using ultrasonic energy irradiation

The purpose of this study is to understand the physical and chemical characteristics of biodiesel blended fuel reformed by ultrasonic energy irradiation. To do this, a mixture of commercial diesel fuel and biodiesel was compared and analyzed according to whether or not ultrasonic energy irradiation was performed and the duration of irradiation. The results of the experiments indicate that when ultrasonic energy irradiation was performed on biodiesel blended fuel, its viscosity decreased by 3–7%. In the case of BD20, when ultrasonic energy irradiation was performed, its Sauter mean diameter (SMD) dropped by 12% on average. As the irradiation duration increased, the volume ratio of olefins increased up to a maximum of 2.7%, and the higher heating value increased to a maximum of 5.8%. On the contrary, the ratio of aromatics decreased by a maximum of 2.7%, and BI decreased by a maximum of 7%.     

Effect of intake valve swirl on fuel-gas mixing and subsequent combustion in a CAI engine

A fully three-dimensional model was used to investigate the optimal value for intake valve lift in a CAI engine. Uniform mixing in the engine is a key parameter that affects the auto-ignition reliability and thermal efficiency. The method of intake of the air supply often determines the uniformity (or quality) of the fuel-air mixture. In this paper, four strategies were applied for controlling the swirl intensity of intake air. The variation of the intake valve lift induces different swirling and tumbling intensities. Both experimental data and 1D WAVE software (Ricardo, Co.) were coupled with the 3D model to provide pressure and temperature boundary conditions. The initial condition of the EGR mass fraction was also provided by the 1D model. The benchmark scenario (Case 1) was considered as a valve lift with 2 mm for all intake valves. We found that an intake valve lift of 6 mm with the other intake valve closed (i.e., Case 5) yielded the largest swirling (helical motion in the axial direction) and tumbling, which in turn rendered optimal fuel-gas mixing. We also found that fuel distribution affected the auto-ignition sites (or spot). The better the mixing, the greater the gas temperature and combustion efficiency achieved, as seen in Case 5. The NOx level, however, was increased due to the gas temperature. The optimal operating condition is selected from the viewpoints of environmental protection and combustion efficiency.     

快速公交(BRT)智能系统框架结构研究

以智能交通系统（ITS）为研究背景,针对快速公交系统的运营模式及主要特征,提出了适合我国公交现状的快速公交智能系统框架结构,同时对智能系统进行了较为翔实的分析和设计。