基于ANSYS软件二次开发的滚筒干燥机轮带参数化分析

基于ANSYS软件自有的APDL参数化功能和特点,结合滚筒干燥机轮带的结构特点,编制了轮带有限元分析的计算程序,实现了在ANSYS界面下输入轮带的结构参数及载荷参数,即可由计算机自动完成轮带的建模及分析计算过程。     

基于VC++和ANSYS的挖掘机斗杆的参数化有限元分析

基于VC++集成开发环境,运用ANSYS的参数化设计语言,编制出了挖掘机斗杆在某种工况下的有限元计算分析程序。利用Visual C++6.0软件,将复杂难懂的ANSYS参数化设计语言封装起来,开发出友好的参数输入界面,实用性强,工作效率高。试验表明,该程序建模快速准确、易于修改,有一定的实用性。     

基于VC和ANSYS的圆柱齿轮参数化设计及分析系统开发

在ANSYS环境下,基于齿轮啮合原理,对圆柱齿轮副的实体建模、有限元建模、应力分析等问题进行了研究,并利用APDL语言在ANSYS环境中实现了一对圆柱齿轮副的实体建模、有限元建模、静接触应力分析及求解过程的参数化。基于Visual C++(VC)平台,对ANSYS进行了二次开发,设计开发了具有良好人机界面的圆柱齿轮参数化设计及分析系统。使用现有数据仿真,其结果表明,该系统具有简单易用、准确高效等特点,可极大地降低建模过程的重复性,从而有效提高设计效率。     

基于ANSYS的刮板输送机哑铃销参数化设计

用VB开发刮板输送机哑铃的分析系统界面,结合ANSYS的参数化编程语言APDL编写哑铃的建模、划分网格、加载和后处理的命令文件。利用VB和ANSYS的数据接口,实现对哑铃的参数化设计和分析计算。实例证明:参数化使分析更为简捷,不但适合不熟悉有限元分析软件的用户使用,而且提高了分析效率。     

矿用挖掘机主要工作装置设计分析平台的研究

基于高级编程语言VC++,将建模软件UG和分析软件ANSYS集成在一个平台上。运用UG的WAVE和PTS功能,对挖掘机主要工作装置进行参数化建模,并结合ANSYS的参数化设计语言进行矿用挖掘机铲斗的参数化分析。实现了矿用挖掘机主要部件基于人机交互界面和图形模板的参数化设计功能,以及基于数据库的智能化文件管理功能,有效地缩短了矿用挖掘机主要部件的设计周期,提高了设计效率。     

基于APDL的球磨机静压轴承油膜参数化有限元分析

利用有限元分析软件ANSYS提供的APDL语言,编写了球磨机静压轴承油膜流场的有限元分析命令流程序,实现了有限元建模和分析的参数化;通过调用程序,改变输入参数,可以快速得到结构相似但尺寸不同的球磨机静压轴承有限元模型,进行有限元分析,省去了大量重复过程,极大地提高了分析效率。     

在ANSYS中实现圆柱螺旋弹簧的参数化建模

针对ANSYS中不能直接利用已有的命令建立圆柱螺旋弹簧实体问题 ,通过对ANSYS系统中APDL语言与宏技术组织管理的研究 ,实现了圆柱螺旋弹簧的参数化建模 ,为螺旋类零件的参数化实体建模提供了一种有效的方法     

基于ANSYS的掘进机NGW型行星齿轮传动CAE分析系统研究

基于VC++平台结合ANSYS参数化设计语言APDL对掘进机NGW型行星齿轮传动CAE分析系统进行了研究,该系统通过人-机交互界面实现了行星齿轮设计参数输入、行星齿轮传动参数化建模、施加参数化载荷和参数化CAE分析的全过程,提高了掘进机行星传动的设计效率,提升了设计水平。     

基于ANSYS与VB的带式输送机滚筒参数化分析软件设计方法

运用VB特定程序指令和ANSYS的APDL命令流实现VB和ANSYS之间的数据传递和二者嵌套运行,在VB窗口中输入滚筒结构尺寸、载荷参数边界条件,自动启动ANSYS并进行建模、加载载荷、计算和输出分析结果,最后开发出软件,给出一些需要注意的问题和要点。     

采煤机行走轮参数化分析软件设计

针对电牵引采煤机渐开线行走轮在ANSYS分析中存在的问题,提出运用APDL语言命令直接建模,并通过VB与ANSYS的交互运行途径,设计了基于VB界面和程序的软件,实现了利用VB界面直接输入参数并调用ANSYS对行走轮自动建模、加载和计算的有限元分析。验证结果表明,该软件减少了设计人员的重复劳动,提高了行走轮的设计效率和水平,具有一定的工程实用价值。     

Current situation and future trend of China rare earth luminescent material industry

<正>Rare earth luminescent material is one of the most important application sectors of rare earths.China enjoys the exceptional advantage to develop rare earth luminescent material for its abundant rare earth resources.After several decades'endeavor,China's rare earth luminescent material industry,headed by rare earth phosphor for lamp and LED and high efficient rare earth energy-saving light source,has been gradually developed into a scale industry.China has become a major production base of rare earth phosphor for lamps and rare earth     

China rare earth market review

正June 1~10,2014Rare earth market remained weak.Quoted price of rare earth products was similar to that in May.There was no sign of recovery in downstream market.The market of NdFeB magnetic materials and phosphor was depressed.Catalyst,polishing powder and ceramic industries remained inactive.Demand from downstream industry was soft.Consumers purchased on their needs.Suppliers had strong intention to sell.Prices of rare earth products     

Annual Report analysis of Chinese rare earth-related listed companies in 2013

<正>Chinese rare earth-related listed companies have published their 2013 annual reports.It can be understood from their reports that production and operation activities of Chinese rare earth-related companies were still heavily affected by macro economy and industrial policies.They basically followed the steps of national economy.In 2013,world economy recovered slowly but the economy     

Market opportunities and challenges for rare earth polishing powder

正1.Status of rare earth polishing powder Rare earth polishing powder with high content of cerium oxide began to replace iron oxide for glass polishing and became one of the key materials in glass polishing process since 1940.Compared with traditional iron oxide,rare earth polishing powder has many advantages,such as fast polishing rate,high polishing quality and long service life.It can achieve good surface quality and improve operation conditions.For example,in lens polishing,the polishing work that cerium     

Baotou Research Institute of Rare Earths developed a new RE alloy preparation technology

正Pyrometallurgy Laboratory of Baotou Research Institute of Rare Earths had independently developed a new preparation technology of rare earth alloy for NdFeB.The alloy can remarkably enhance the coercivity of NdFeB magnet but also evidently reduce the production cost of the magnet.The new master alloy was prepared in the kA pilot-scale electrolytic cell by the independent technology.The rare earth master alloy can be used as the raw material for NdFeB.Compared     

Market and recycling of NiMH battery

<正>Market status and future trend of NiMH battery1.Global market of small NiMH battery Global market size of small NiMH batteries declined year on year since 2011.The trend will continue to 2018,at the rate of 5%to 10%annually.Demand for small NiMH batteries will be stable gradually.Many electrical apparatuses are powered by the built-in lithium battery today,which is the main reason for the shrunk market of small NiMH batteries.But,for some products,small NiMH     

China rare earth market review

正September 1-10,2014 Affected by the National Day holiday,rare earth transaction was stagnant and the market showed a weak steady state.As there was no good news for downstream market,some products with flat demand would likely rally slightly for some time to     

2014 second batch of rare earth quota released

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矿用防爆轴流对旋主要通风机叶片ANSYS模态分析及应用

高效节能矿用防爆对旋主要通风机的叶片是主要通风机运行的关键部件,叶片在运行时不断受到气流的作用力,从而使叶片产生振动,当叶片振动的频率与叶片的固有频率接近时,容易产生共振从而导致叶片的断裂。一旦叶片断裂时,对主要通风机的安全运行产生致命的影响,从而导致矿山、化工等企业发生重大事故,将会产生不可估量的损失。基于有限元分析软件ANSYS,对高效节能矿用防爆轴流对旋主要通风机叶片进行模态分析及产生对应的六阶模态频率,对主要通风机叶片的运行频率、固有频率及产生的共振问题进行了原理分析,并且解决了叶片频率共振的问题,从而为主要通风机叶片结构设计提供理论依据,并对主要通风机叶片的安全运行提供保障。     

2013 NdFeB export analysis

<正>China totally exported nearly 24,000 tonsof NdFeB products during 201 3,including 18,825 tons of permanent magnet,valued USD 1.34 billion at an average price of 71.4 USD/kg;3,277 tons of NdFeB magnetic powder,valued USD 1 01 million at an average price of 30.9 USD/kg;1,334 tons of strip casting ribbon,with total export value of USD 74million at an average price of 55.3 USD/kg;and 586