ZYC15装运车工作装置连杆机构设计

装运车是八十年代出现的新型工程机械，是一种对松散物料集，装，运，卸于一体的短距离运输车，还可用于场地清理，刮平及牵引等作业。本文介绍了装运车工作装置的连杆机构设计。     

装载机工作装置新型连杆机构的优化设计

本文介绍了装载机工作装置新型连杆机构的多目标优化设计,并借助电算对优化设计方案作了精确验算。结果表明,该机构的优化设计程序是可行的,能应用于生产。     

装载机工作装置八杆机构优化设计

在四杆机构运动分析的基础上,本文阐述了装载机工作装置八杆机构的优化设计。着重讨论了八杆机构优化设计数学模型的建立以及运用优化理论求解该模型问题;编制了相应的优化程序;并通过生产实例验证了本优化设计方法正确性和程序运行的可靠性。     

斗杆可回转的液压挖掘机工作装置运动分析

对斗杆可回转的液压挖掘机工作装置进行了位置分析，可了解其挖掘范围，并为传感器控制提供依据；进行的速度与加速度分析，为工作装置动态分析提供了必要的理论依据。     

装载机反转连杆机构工作装置的运动学仿真

对装载机反转连杆机构工作装置运动学仿真进行了探讨，介绍了机构运动学仿真的步骤和方法，及在Ａｐｐｌｉｃｏｎ图形工作站上实现了工作装置的运动学仿真。     

装载机新型工作装置的设计研究

本文概要介绍了作者对装载机新型工作装置的设计研究工作，其中包括：性能分析、机构运动学仿真、连杆机构优化设计、结构尺寸优化设计、设计评价电算分析等。该工作装置的设计程序经实际计算考证，可应用于产品设计。     

装载机工作装置作业过程的运动仿真

作业过程的运动仿真作为装载机工作装置ＣＡＤ的一个重要方面日益受到国内生产厂家及设计人员的重视。本文采用ＴｕｒｂｏＣ语言在３８６微机上实现了装载机工作装置过程的运动仿真仿真结果可直接在打印机上输出。这对装载机工作装置的设计具有指导意义。     

挖掘装载机装载工作装置自动调平的实现方法

针对挖掘装载机托架连杆装载工作装置，提出了实现自动调平的方法。     

HAN橇装式防爆加油装置的设计和制造

HAN阻隔防爆橇装式加油装置是一种集储油、加油和卸油功能于一体的可整体迁移的地面加油装置,其安全设施完善,机动性强,而且经济环保、简易方便,可以适用于市区及任何偏远地方为车辆加油。HAN是容器阻隔防爆技术的简称,HAN阻隔防爆技术采用铝合金阻隔防爆材料在容器中填充,可防止各种意外事故引起的爆炸,减少油气浓度挥发,并配置了全方位的安全自动控制和报警系统,极大地提高了加油装置的安全度。以该公司HAN橇装式加油装置设备生产实例,阐述了HAN橇装式加油装置的设计原理和制造。     

恒力金融中心基坑车行钢栈桥设计与施工

结合恒力金融中心基坑施工项目,提出一种用于基坑土方运输的钢结构栈桥结构,对其设计和施工方法进行了介绍,可为类似工程应用提供了一个实例。     

现代医院的手术中心--上海华山医院手术中心设计回顾

医院手术中心作为重要的医疗区域,需要与其他功能区域病房、急救中心、重症监护中心、医技中心、中心供应等建立非常简洁、流畅的交通联系.手术区有多种平面布局方式单向通对型、中央清洁型、中央供应型,外周供应型、外周回收型等,各有利弊,可根据医院不同的使用、管理等特点进行有针对性的设计.手术室为满足不同类型的手术需要,可进择不同的净面积及净化级别标准.标准过高、过低都是对医院资源的浪费.     

Seismic design of reduced beam section steel moment connections with bolted web attachment

Recent test results on reduced beam section (RBS) steel moment connections showed that specimens with a bolted web connection tend to perform poorly due to premature brittle fracture of the beam flange at the weld access hole. The measured strain data appeared to indicate that a higher incidence of base metal fracture in bolted web specimens is related, at least in part, to the increased demand on the beam flanges due to the web bolt slippage and the actual load transfer mechanism which is significantly different from that usually assumed in connection design. In this paper, the practice of providing web bolts uniformly along the beam depth was brought into question. A new seismic design procedure, which is more consistent with the actual load path identified from analytical and experimental studies, is proposed. A pilot test specimen designed by following the proposed procedure exhibited sufficient cyclic connection rotation capacity without fracture.     

装载机木材夹钳装置设计

集材装置作为一种市场份额和利润都较高的装载机附属机具,倍受装载机制造企业的青睐.以LW350型装载机附属集材装置--木材夹钳装置为例,对两种不同类型的木材夹钳装置的设计思路及设计过程中所需注意问题进行简要论述.     

Integrated design approach for improving architectural forms in industrialized building systems

An architectural design process is investigated to achieve form flexibility in industrialized building systems (IBS), as IBS constructions do not have sufficient flexibility to develop varied architectural forms. The ethnography method has been used to examine the issues related to “form” flexibility in the design life cycle of IBS constructions by observing the constructions of live experimental models. The major tasks and respective design aspects that facilitate form flexibilities in architectural design have been identified. Furthermore, an integrated life cycle model has been developed to effectively address the interfaces between the design tasks and eventually fulfill the needs of IBS in the design life cycle.     

感性工学在建筑设计中的应用与思考——以住宅设计为例

感性工学是一种将感性分析与工学相结合的技术,其主要对用户的心理感性倾向进行分析,并且依据用户的喜好来设计产品、制造产品,隶属于工学学科的一个新的分支。本文以感性工学在住宅设计中的实践应用为例,简述关于感性工学在建筑设计中的应用。     

Reinventing the wheel: A tool for design quality evaluation in architecture

Addressing design evaluation as a critical yet under-researched domain, this study analyzes the design evaluation structure and its variables and criteria that guide its outcomes. Within a scope of architectural design in practice and education, this study develops a new tool for design quality evaluation. The study consists of four main parts. The first is explorative which reviews and analyzes literature in the assessment and evaluation fields. The second is derivative and used to develop a tool for design quality evaluation (DQE) that combines design criteria and detailed evaluation rubrics. The tool which is named “Evaluation Wheel” is intended to help designers, educators and other design-related stakeholders judge design products succinctly, comprehensively, systematically and graphically. The third part is experimental and is used to test the applicability of the proposed wheel. A set of design products are evaluated by a group of designers using two methods; one uses various design criteria, and the other uses the wheel tool introduced in this research. The fourth part is analytical and evaluative which uses deductive, inductive and abductive reasoning techniques to analyze and compare the findings of the third part. The findings are presented and discussed. The results that indicate a reduction of the discrepancies of the scores among the evaluators seem to support the uptake of the proposed wheel in the design evaluation fields.