《实用阀门设计手册》

本书由机械工业出版社于2002年10月出版发行。书中内容丰富，文字简练，实用性强。本书系统地表述了阀门最基本的设计方法和计算要求，产品和零部件的设计程序、计算项目、计算式及设计计算中所需要的技术数据，均采用图表形式表达，查找方便。可供石油、化工、轻工、城建、电力、冶金、医药、给排水、车辆及机械等行业从事阀门设计、使用与维修工作的技术人员使用，也可供各设计院所和理工科大专院校有关专业人员参考。全书321余万字，16开本，书号ISBN7—111—10333—5，定价138元／册。     

基于知识的阀门快速设计方法研究

阀门的快速设计是阀门企业响应市场需求的必经之路。文章应用面向对象的知识表示方法和基于规则和事例推理的协同设计技术,遵循阀门设计人员的设计过程,提出了知识驱动的阀门快速设计的基本思路,实现了从阀门总体设计到零部件设计与分析的智能化,从而减轻了阀门设计人员的劳动强度,缩短了产品设计周期,节省了产品设计成本,提高了对市场的响应速度。     

数学建模思想在阀门设计计算中的应用

介绍了在阀门的设计计算中建立数学模型的方法和步骤。     

水锤泵自动阀门设计

介绍了一种水锤泵自动阀门的结构原理，并给出了在特定流量条件下，弹簧拉力和阀门关闭时间的关系曲线。     

有关高温阀门设计的主要技术分析

随着我国经济的快速发展,国家越来越重视现有内燃机的高温阀门的设计管理技术。在高温条件下,各种金属物质的特性和材料等都会受到外在因素的影响而导致其物理性能发生变化,且出现很明显的波动现象。这种高温阀门在设计结构上与低温阀门有着较大的区别性,对此本文主要针对现阶段的内燃机上的高分阀门的主要设计技术进行简要分析,并提出合理化建议。     

核安全二级阀门抗震分析方法

论述了ASME BPVCⅢ对阀门应力分析评定的步骤,介绍了核二级阀门考虑地震载荷的应力分析评定方法。     

高温阀门的设计与计算

论述了高温阀门材料的蠕变过程和主要影响因素，介绍了高温阀门产品的设计和计算方法，提出了阀门材料的选择及热处理方法。     

电动阀门控制器的改进设计

分析了直流型和交流型电动阀门控制器存在的不足之处，并对现有交流型控制器提出了改型设计意见。     

阀门设计相关标准的变化与分析

解读了API 6D和ASME B16.34新版中阀门设计标准的变化。提出了阀体按照ASME第Ⅷ卷锅炉压力容器的规定进行应力分析与强度设计的理念。     

基于VB的工业阀门应用程序设计

为了解决工业阀门设计过程中数据繁琐和精度低的问题,开发出一个基于VB语言6.0、Microsoft Access数据库和SQL语言的阀门设计的计算机应用程序.首先介绍了该程序的设计思想、功能和构成.然后着重介绍了数据库的建立、数据库的访问、数据的查询等关键技术.该程序实现了工业阀门设计的数据化、程序化.结果表明,该程序使阀门设计校核快速、准确、可视、存取方便,并且缩短了阀门开发周期,提高了工业阀门的可靠性和稳定性.     

A study on the design of electromagnetic valve actuator for VVT engine

Electromagnetic valve (EMV) actuation system is a new technology for improving fuel efficiency and at the same time reducing emissions in internal combustion engines. It can provide more flexibility in valve event control compared with conventional variable valve actuation devices. The electromagnetic valve actuator must be designed by taking the operating conditions and engine geometry limits of the internal combustion engine into account. To help develop a simple design method, this paper presents a procedure for determine the basic design parameters and dimensions of the actuator from the relations of the valve dynamics, electromagnetic circuit and thermal loading condition based on the lumped method. To verify the accuracy of the lumped method analysis, experimental study is also carried out on a prototype actuator. It is found that there is a relatively good agreement between the experimental data and the results of the proposed design procedure. Through the whole speed range, the actuator maintains proper performances in valve timing and event control.     

基于Client／Server集成阀门设计系统的解决方案

针对阀门制造系统要求,提出了基于Clinet/Server集成阀门设计系统企业级内部网络框架和系统体系结构,及系统实施的解决方案。     

An adjoint variable method for structural design sensitivity analysis of a distinct eigenvalue problem

New adjoint variable method for design sensitivity analysis of distinct eigenvlaues and eigenvectors is presented. In the viewpoint of efficiency for the design sensitivity analysis of eigenvectors especially, the developed adjoint variable method is required to compute adjoint variables from simultaneous linear equations, the so-called adjoint equations, instead of linear combination of eigenvectors. Once we obtain the adjoint variables, design sensitivity analysis of response function that is given in terms of eigenvalues, eigenvectors and design variables can be computed directly. In this way, design sensitivity analysis of eigenvectors can be obtained by using eigenvalues and their corresponding eigenvectors of the mode being differentiated only. To verify the proposed method, numerical examples are demonstrated. This can have considerable impact on computer implementation of the developed method in the design sensitivity analysis of eigenproblem needed for practical applications.     

BQ型双偏心半球阀设计

介绍了BQ型双偏心半球阀的结构特点、偏心原理和技术参数。     

配气系统的设计分析与试验研究

讨论了1100型柴油机的配气系统的设计与分析，并对改进的摩擦副进行装机性能试验与耐久性试验，试验结果表明其性能和工作可靠性均符合主机的要求。     

卫星齿轮传动的分析与设计

针对卫星齿轮传动的结构特点，对普通式及封闭式卫星齿轮传动的基本特性进行了分析，导出了分析计算公式，并说明了在设计中应考虑的因素     

Dynamic analysis and design of uncertain systems against random excitation using probabilistic method

In this paper, a method to obtain the sensitivity of eigenvalues and the random responses of the structure with uncertain parameters is proposed. The concept of the proposed method is that the perturbed equation of each uncertain substructure is obtained using the finite element method, and the perturbed equation of the overall structure is obtained using the mode synthesis method. By this way, the reduced order perturbed equation of the uncertain system can be obtained. And the response of the uncertain system is obtained using probability method. As a numerical example, a simple piping system is considered as an example structure. The damping and spring constants of the support are considered as the uncertain parameters. Then the variations of the eigenvalues, the correlation function and the power spectral density function of the responses are calculated. As a result, the proposed method is considered to be useful technique to analyze the sensitivities of eigenvalues and random response against random excitation in terms of the accuracy and the calculation time.     

基于有限单元法的热风阀阀体模态和谐响应分析

采用有限元分析软件ANSYS对热风阀阀体进行了模态分析和谐响应分析。给出了阀体前4阶的固有频率和振型，并得出了前四阶固有频率下激振力和动应力问的关系。该分析方法和结论为阀体的消除焊接残余应力振动时效工艺提供了理论依据。