摘要：Due to different cultural and historical background, the technology in Western and Eastern pattern design is inherently different. Along with the development of technology, garment pattern design technique is making progress towards high effectiveness and accuracy. Many researchers proposed different alternative methodologies to improve the current pattern making processes. This article examines the development of Western and Eastern garment pattern design technique. The main objective of this article is to provide a thorough review and hence a better understanding to those researchers who made contribution on developing pattern design technique and continue their work in the future.

摘要：The seakeeping performance of a luxury cruise ship was evaluated during the concept design *** comparing numerical predictions based on 3-D linear potential flow theory in the frequency domain with the results of model tests, it was shown that the 3-D method predicted the seakeeping performance of the luxury cruise ship *** on the model, the seakeeping features of the luxury cruise ship were analyzed, and then the influence was seen of changes to the primary design parameters (center of gravity, inertial radius, etc.).Based on the results, suggestions were proposed to improve the choice of parameters for luxury cruise ships during the concept design *** should improve seakeeping performance.

摘要：In order to build a power plant with high efficiency,low investment and zero warm water discharge,a series of innovations are applied to the two 1 000-MW units of Ninghai Power *** new technologies include the closed-circuit system for seawater cooling tower with a spraying area of 13 000 m2,the main buildings with reinforced concrete structure,the plasma ignition system for tower boiler and the fieldbus control *** measures are taken in some aspects,such as the open point of the turbine overload valves,the boiler dimensions,the technical process,the electric system,the building structures and the layout of the power *** units have been running for more than half a year with the thermal efficiency as high as 45.79% and without warm water discharged,which indicates that all the systems are safe and steady and the original purpose of optimization has been realized.

摘要：In the past five years, trendy information spread via imported renowned fashion magazines appeared unable to satisfy the industrial needs. Trend books from Milan and Paris have been introduced to big cities in China through official Chinese national agencies, and have gradually drawn more attention within the Chinese fashion industry. Chinese fashion businesses and their designers have difficulties in using the trend book. The main reason is that they don’t understand the whole structure re of the book, the true meaning of the instruction and the way to use the book. Most companies are not using the book in the correct way. However, if no one realizes this is not the right key to the real fashion design world, an incorrect design logic and abnormal production chain will appear in China which will directly produce an unhealthy impact to the country. It’s only possible to catch up and grasp the real European trend with Europe at the same time when the trend books are used correctly.

摘要：换流站的绝缘配合设计是±1 100kV特高压直流输电工程实施中的关键技术之一,对换流站设备设计、选型、制造和试验均具有重要的指导作用。为合理确定±1 100kV换流站设备的绝缘水平,降低工程的技术难度并提高经济性,基于准东-成都±1 100kV特高压直流输电工程,对±1 100kV特高压换流站的避雷器布置方案和避雷器选型这两个关键问题进行了研究。研究结果表明:对于1 100kV特高压换流站,推荐以±800kV换流站避雷器布置方案为基础,在高端换流变压器阀侧增加A2避雷器,可以将高端换流变压器阀侧套管绝缘水平从2 250kV降低至2 100kV,高压直流1 100kV穿墙套管的绝缘水平从2 250kV降低至2 150kV;采用特高压交流1 000kV高性能4柱并联避雷器电阻片,可进一步将高端换流变压器阀侧套管绝缘水平降至2 000kV,高压直流1 100kV穿墙套管的绝缘水平降低至2 000kV。

摘要：混合动力履带车辆通常采用带有额外转向机构的串联式方案,但其相对效率和布置灵活性较低。为克服这些缺陷,本文提出了一种新型单模式传动系统方案。所提出的功率分流混合动力传动系统是由三排行星传动组成,分别与一个发动机,左右两侧输出轴和三个电机组成。该系统省去了转向横轴,能够通过控制两侧履带转矩实现行进中转向。由于部件与三排行星传动的连接方式多样,本文提出了一种针对传动系统配置方案选型的快速构型设计方法。其中,用自动动力学建模方法建立了两个动力学特征矩阵,能够与配置中部件与节点的连接方式一一对应。另外,提出了基于规则分析的筛选方法,将所有候选配置方案进行分类,大幅减少搜索规模并提升搜索效率。最后,在典型工况下采用近优能量管理策略对候选构型进行了能耗分析。仿真结果表明,与现有串联式混合动力履带车构型相比,本文提出的构型性能更优。

摘要：This article firstly proposes two problems related to geological structure inversion with acoustic computed tomography (CT): ① the results surveyed are different from true stratum layers; ② the existing acoustic CT inversion methods are based on wave's travel route and velocity analysis, which is short of comprehensive analysis of the revealed geological data. Then, it puts forward the method of applying the borehole data to revise acoustic CT investigation result through controlling the boundary velocity. This method comprehensively uses acoustic data and borehole data to invert the rock masses' shear wave speed. Comparing to calculating the rock mass' wave speed with acoustic data alone, it makes full use of the information, and the results obtained are closer to real stratum. Finally, it applies the method to engineering project and the results gotten with the method are more accurate, which shows the reliability and accuracy of the method.

摘要：我们在场进有流动和静电干扰的破裂的化学 grouting 上的一系列试验性的测试流水，用透明破裂 grouting 试验性的设备。渗出物压力和薄泥浆繁殖的变化在我们的调查被比较。流动的水导致的结果表演渗出物压力落下，在繁殖区域的在上游的方面和落下的穿入半径的开发在一样的时期期间，与静态的水里的 grouting 相比。在薄泥浆到达联合边界以前，静态的水里的繁殖区域总是是圆的。然而，繁殖形状与流动的水为 grouting 从回合变成到椭圆形的形状破裂。为在就流动速度而言的破裂的薄泥浆穿入半径的一个理论模型被我们的试验性的结果开发并且验证。这些结果在改进破裂 grouting 机制并且在指导的理解是有用的设计惯例。

摘要：嘉德艺术中心紧邻紫禁城,作为一座全新的综合文化机构,将北京的古城韵味与现代大都会的蓬勃生机以及多元艺术融为一体.嘉德艺术中心是世界上第一个量身定制的拍卖行总部,在北京的中心创建了一个全新的多元艺术机构类型.建筑提供博物馆硬件质量的展示空间和最先进的艺术品保护设施,同时也是一个灵活丰富的文化空间,与餐馆、酒店、公共交通基础设施结合在一起.