IC培训
   
 
MOVER | 三相有限元模型培训
 
   班级人数--热线:4008699035 手机:15921673576/13918613812( 微信同号)
      增加互动环节, 保障培训效果,坚持小班授课,每个班级的人数限3到5人,超过限定人数,安排到下一期进行学习。
   授课地点及时间
上课地点:【上海】:同济大学(沪西)/新城金郡商务楼(11号线白银路站) 【深圳分部】:电影大厦(地铁一号线大剧院站)/深圳大学成教院 【北京分部】:北京中山/福鑫大楼 【南京分部】:金港大厦(和燕路) 【武汉分部】:佳源大厦(高新二路) 【成都分部】:领馆区1号(中和大道) 【广州分部】:广粮大厦 【西安分部】:协同大厦 【沈阳分部】:沈阳理工大学/六宅臻品 【郑州分部】:郑州大学/锦华大厦 【石家庄分部】:河北科技大学/瑞景大厦
开班时间(连续班/晚班/周末班):2021年10月25日(欢迎您垂询,视教育质量为生命!)
   课时
     ◆资深工程师授课
        
        ☆注重质量 ☆边讲边练

        ☆若学员成绩达到合格及以上水平,将获得免费推荐工作的机会
        ★查看实验设备详情,请点击此处★
   质量以及保障

      ☆ 1、如有部分内容理解不透或消化不好,可免费在以后培训班中重听;
      ☆ 2、在课程结束之后,授课老师会留给学员手机和E-mail,免费提供半年的课程技术支持,以便保证培训后的继续消化;
      ☆3、合格的学员可享受免费推荐就业机会。
      ☆4、合格学员免费颁发相关工程师等资格证书,提升您的职业资质。

课程大纲
 
  • MOFAT是一个有限元程序,模拟多相(水、油和气)流动和多五种非惰性化学物质的运输。MOFAT模拟三种流体相系统中轻质或致密有机液体的流动。MOFAT将动态或被动气体模拟为完整的三项流动问题。可通过在变饱和的多孔介质中仅模拟水流,油水流或水 - 油 - 气流。MOFAT通过仅针对压力和饱和度超过规定公差的相位求解流动方向,实现了高度的计算效率。因此,如果NAPL不存在或存在残余饱和度,则MOFAT将局部消除那些流动方程。
  •  
  • MOFAT分析水中的对流 - 分散运输,NAPL,通过假定流体相和固相之间的局部平衡或非平衡分配来确定气相。MOFAT考虑了相间质量传递和相密度的成分依赖性。使用了对土壤毛细按压力关系的简明但准确的描述,其确保了单相、两相和三相条件之间的自然连续性。用户可以使用估算土壤性SOILPARA。MOFAT for Windows包括一个图形预处理器,网络编辑器和带有在线帮助的后处理器。
  • MOFAT is a finite element program that simulates multiphase (water, oil and gas) flow and transport of up to five non-inert chemical species. MOFAT models flow of light or dense organic liquids in three fluid phase systems. MOFAT simulates dynamic or passive gas as a full three-phase flow problem. Model water flow only, oil-water flow, or water-oil-gas flow in variably-saturated porous media. MOFAT achieves a high degree of computational efficiency by solving flow equations only for phases that are undergoing changes in pressures and saturations above specified tolerances. Therefore, if NAPL is absent or exists at a residual saturation, MOFAT will locally eliminate those flow equations. MOFAT analyzes convective-dispersive transport in water, NAPL, and gas phases by assuming local equilibrium or nonequilibrium partitioning among the fluid and solid phases. MOFAT considers interphase mass transfer and compositional dependence of phase densities. A concise but accurate description of soil capillary pressure relations is used which assures natural continuity between single-phase, two-phase and three-phase conditions. The user can estimate soil properties using SOILPARA . MOFAT for Windows includes a graphical preprocessor, mesh editor and postprocessor with on-line help.
  • MOFAT for Windows includes a graphical pre-processor, Mesh Editor and post-processor with on-line help.
  • Simulate multiphase (water, oil and gas) flow and transport of up to five non-inert chemical species in MOFAT. Model flow of light or dense organic liquids in three fluid phase systems. Simulate dynamic or passive gas as a full three-phase flow problem. Model water flow only, oil-water flow, or water-oil-gas flow in variably-saturated porous media. MOFAT achieves a high degree of computational efficiency by solving flow equations at each node (on the finite-element mesh) only for phases that are undergoing changes in pressures and saturations above specified tolerances using a new adaptive solution domain method. Therefore, if NAPL is absent or exists at a residual saturation, MOFAT will locally eliminate those flow equations. MOFAT analyzes convective-dispersive transport in water, NAPL, and gas phases by assuming local equilibrium or nonequilibrium partitioning among the fluid and solid phases. MOFAT considers interphase mass transfer and compositional dependence of phase densities. A concise but accurate description of soil capillary pressure relations is used which assures natural continuity between single-phase, two-phase and three-phase conditions. The user can estimate soil properties using SOILPARA.
  • MOFAT FEATURES
  • -Simulate multiphase transport of up to five non-inert chemical species.
  • -Model flow of light or dense organic liquids in three fluid phase systems.
  • -Solve flow equations for phases exhibiting transient behavior using the ASD method.
  • -Simulate dynamic or passive gas as a full three-phase flow problem.
  • -Use a three-phase van Genuchten model for saturation-pressure-permeability relations.
  • -Handle flux type, specified head, specified concentration or mixed type boundary conditions.
  • -Consider hysteresis in oil permeability due to fluid entrapment.
  • -Model water flow only, coupled oil-water flow, or water-oil-gas flow.
  • MOFAT TECHNICAL INFORMATION
  • This section is extracted from the EPA Document EPA/600/2-91/020 May 1991:
  • MOFAT: A TWO-DIMENSIONAL FINITE ELEMENT PROGRAM FOR MULTIPHASE FLOW AND MULTICOMPONENT TRANSPORT
  • ABSTRACT
  • This report describes a two-dimensional finite element-model for coupled multiphase flow and multicomponent transport in planar or radially-symmetric vertical sections. Flow and transport of three fluid phases - water, nonaqueous phase liquid (NAPL) and gas - is considered by the program which also handles cases in which gas and/or NAPL phases are absent in part or all of the domain at any given time. The program will simulate flow only or coupled flow and transport. The flow module can be used to analyze two-phase flow of water and NAPL in a system with gas present but at constant pressure or explicit three-phase flow of water, NAPL and gas at variable pressure. The transport module can handle up to five components which partition among water, NAPL, gas and solid phases assuming either local equilibrium interphase mass transfer or first-order kinetically controlled mass transfer. The governing equations are solved using an efficient upstream-weighted finite element scheme. Required input for flow analyses consists of initial conditions, soil hydraulic properties, fluid properties, time integration parameters, boundary condition data and mesh geometry. Three-phase permeability-saturation-capillary pressure relations are defined by an extension of the van Genuchten model which considers effects of oil entrapment during periods of water imbibition. For transport analyses, additional input data are porous media dispersivities, initial water phase concentrations, equilibrium partition coefficients, component densities, diffusion coefficients, first-order decay coefficients, mass transfer coefficients (for nonequilibrium analyses) and boundary condition data. Time-dependent boundary conditions for the flow analysis may involve user-specified phase heads at nodes or phase fluxes along a boundary segment with zero flux as the default condition. For transport analyses, initial conditions are specified in terms of equilibrium water phase concentrations of each partitionable component. Time-dependent boundary conditions may be stipulated as equilibrium water phase concentrations in the porous medium as prescribed fluxes defined in terms of a specified concentration in the influent liquid or with zero dispersive flux specified. Program output consists of basic information on input parameters, mesh details and initial conditions plus pressure heads, saturations and velocities for each phase at every node for specified output intervals. For transport analyses, the phase concentrations at each node are output at each printout interval.
  • MOFAT WINDOWS INTERFACE
  • What is the MOFAT Pre-processor?
  • The MOFAT pre-processor was designed to write data files and store data for MOFAT numerical model runs. The pre-processor works in concert with the Mesh Editor and with the post-processor to make a complete graphical interface to the US EPA's Multiphase Organic Flow and Transport simulator. There are four distinct programs in MOFAT: the MOFAT numerical model, the MOFAT Pre-processor, the Mesh Editor, and the Post-processor. Each rely on one another for data input and output. For instance, the Mesh Editor is a dumb program that doesn't care whether it is working with MOFAT, or with BIOF&T, MOVER or MARS. It simply reads in a template file that lets it know what associations (for example, soil types, boundary conditions, etc.) are legal for MOFAT and what associations have been entered in the pre-processor for that mesh file. This arrangement allows for development of the Mesh Editor to include more features in the future without disturbing the main MOFAT program.
  • The MOFAT Pre-processor allows for entry of Control Parameters (for example, whether or not transport will be solved for in the run), Initial Conditions (initial heads of water and oil), Species Properties for up to five species, Fluid Properties, Transport Properties, Boundary Conditions, and Material Properties for up to ten soils. Many values entered in the pre-processor are used in the Mesh Editor. Values like non-uniform water heads are defined in the pre-processor, then later assigned to nodes in the Mesh Editor. Material Properties, Boundary Conditions, non-uniform oil heads, and individual node printouts are all assigned to nodes or edges in the Mesh Editor.
  • The MOFAT Pre-processor also has a run module for writing input data files and executing the MOFAT numerical model. It is important to understand that the pre-processor does not read MOFAT numerical model data files, it only writes them. The pre-processor and Mesh Editor use text files to save project data to disk and to open projects. After a data file for the numerical models has been written, you can change individual control parameters but these changes will not be reflected in the pre-processor.
  • The MOFAT Pre-processor Interface
  • After clicking on the MOFAT pre-processor for the first time, a setup notebook will appear on the screen. This notebook acts as a binder for all MOFAT data files, for links to the Mesh Editor and a project mesh, for writing input files and running the numerical model, and for cue cards and additional help. This notebook is available at any time by selecting Tools|Setup from the main menu or Tools|Runner. To prevent this notebook from automatically displaying every time the pre-processor is run, click off the Show Again check box on the Cue Cards page.
  • Note: all variable names like ITRN are in capital letters and match exactly the names used in the MOFAT FORTRAN source code.
  • The MOFAT pre-processor runs under Windows 3.X, Windows 95 and Windows NT. Currently all MOFAT programs are 16-bit, so there is no speed or multitasking advantage to running the programs under a 32-bit operating system. For most problems, the pre-processor will run well under 4 MB of RAM. When dealing with large finite element meshes, you will find that reading and writing files, and working with the Mesh Editor will greatly slow down under 4 MB of RAM. Also, the numerical model will not run under 4 MB of RAM for larger problems.
  • The MOFAT pre-processor uses a commonly-used tabbed notebook interface to allow quick editing of input files. The main program has two sets of tabs, one along the bottom which separates major sections of the interface, and, on some of the large notebook pages, tabs along the top that separate subsections to make the most use of available screen space. For example, clicking on the bottom tab "Boundary Schedules" takes you to the boundary schedule notebook. Here there is a tabbed notebook for editing type 1 and type 2 boundary schedules.
  • MOFAT for Windows does not have a pre-processor checklist or linear approach for a user to step through each necessary data input value. MOFAT starts up with default values selected for logic switches (for example, ITRN - solve for transport is default set to off), but data values are set to zero (for example, TH - time weighting factor). The MOFAT numerical model will not run if these data values are not input by the user. While the pre-processor will check to be sure that at least one soil type has been entered before running the numerical model, it will not check control parameter data values. While this method may lead to some misunderstanding for the beginning modeler, most who use the preprocessor more than a few times will appreciate not having dialog boxes pop up every time they don't want to enter a value for a variable.
  • Opening and Saving Projects in MOFAT
  • A MOFAT project is similar to a multi-table database. Data for the pre-processor is stored in ASCII text files as is data for the Mesh Editor and Post-processor. When a new project is created and saved to file, the pre-processor prompts you for a project name (an .mfp file extension is the default type). The pre-processor will then create sub-data files for species data and materials data.
  • What is the MOFAT Mesh Editor?
  • The Mesh Editor in MOFAT was designed to work with these numerical models to create and edit finite element meshes. The Mesh Editor allows designing irregular quadrilateral meshes in two dimensions and hexahedral meshes in three dimensions. MOFAT version 2.2 only uses 2D rectangular elements. Working with a numerical model pre-processor, the Mesh Editor provides a graphical interface for assigning properties to a mesh such as initial concentrations of contaminants, soil properties, boundary conditions, etc.
曙海教育实验设备
android开发板
linux_android开发板
fpga图像处理
曙海培训实验设备
fpga培训班
 
本课程部分实验室实景
曙海实验室
实验室
曙海培训优势
 
  合作伙伴与授权机构



Altera全球合作培训机构



诺基亚Symbian公司授权培训中心


Atmel公司全球战略合作伙伴


微软全球嵌入式培训合作伙伴


英国ARM公司授权培训中心


ARM工具关键合作单位
  我们培训过的企业客户评价:
    曙海的andriod 系统与应用培训完全符合了我公司的要求,达到了我公司培训的目的。 特别值得一提的是授课讲师针对我们公司的开发的项目专门提供了一些很好程序的源代码, 基本满足了我们的项目要求。
——上海贝尔,李工
    曙海培训DSP2000的老师,上课思路清晰,口齿清楚,由浅入深,重点突出,培训效果是不错的,
达到了我们想要的效果,希望继续合作下去。
——中国电子科技集团技术部主任 马工
    曙海的FPGA 培训很好地填补了高校FPGA培训空白,不错。总之,有利于学生的发展, 有利于教师的发展,有利于课程的发展,有利于社会的发展。
——上海电子,冯老师
    曙海给我们公司提供的Dsp6000培训,符合我们项目的开发要求,解决了很多困惑我 们很久的问题,与曙海的合作非常愉快。
——公安部第三研究所,项目部负责人李先生
    MTK培训-我在网上找了很久,就是找不到。在曙海居然有MTK驱动的培训,老师经验 很丰富,知识面很广。下一个还想培训IPHONE苹果手机。跟他们合作很愉快,老师很有人情味,态度很和蔼。
——台湾双扬科技,研发处经理,杨先生
    曙海对我们公司的iPhone培训,实验项目很多,确实学到了东西。受益无穷 啊!特别是对于那种正在开发项目的,确实是物超所值。
——台湾欧泽科技,张工
    通过参加Symbian培训,再做Symbian相关的项目感觉更加得心应手了,理 论加实践的授课方式,很有针对性,非常的适合我们。学完之后,很轻松的就完成了我们的项目。
——IBM公司,沈经理
    有曙海这样的DSP开发培训单位,是教育行业的财富,听了他们的课,茅塞顿开。
——上海医疗器械高等学校,罗老师
  我们新培训过的企业客户以及培训的主要内容:
 

一汽海马汽车 DSP培训
苏州金属研究院 DSP培训
南京南瑞集团技术 FPGA培训
西安爱生技术集团 FPGA培训,DSP培训
成都熊谷加世电气 DSP培训
福斯赛诺分析仪器(苏州) FPGA培训
南京国电工程 FPGA培训
北京环境特性研究所 达芬奇培训
中国科微系统与信息技术研究所 FPGA高级培训
重庆网视只能流技术开发 达芬奇培训
无锡力芯微电子股份 IC电磁兼容
河北科研究所 FPGA培训
上海微小卫星工程中心 DSP培训
广州航天航空 POWERPC培训
桂林航天工 DSP培训
江苏五维电子科技 达芬奇培训
无锡步进电机自动控制技术 DSP培训
江门市安利电源工程 DSP培训
长江力伟股份 CADENCE 培训
爱普生科技(无锡 ) 数字模拟电路
河南平高 电气 DSP培训
中国航天员科研训练中心 A/D仿真
常州易控汽车电子 WINDOWS驱动培训
南通大学 DSP培训
上海集成电路研发中心 达芬奇培训
北京瑞志合众科技 WINDOWS驱动培训
江苏金智科技股份 FPGA高级培训
中国重工第710研究所 FPGA高级培训
芜湖伯特利汽车安全系统 DSP培训
厦门中智能软件技术 Android培训
上海科慢车辆部件系统EMC培训
中国电子科技集团第五十研究所,软件无线电培训
苏州浩克系统科技 FPGA培训
上海申达自动防范系统 FPGA培训
四川长虹佳华信息 MTK培训
公安部第三研究所--FPGA初中高技术开发培训以及DSP达芬奇芯片视频、图像处理技术培训
上海电子信息职业技术--FPGA高级开发技术培训
上海点逸网络科技有限公司--3G手机ANDROID应用和系统开发技术培训
格科微电子有限公司--MTK应用(MMI)和驱动开发技术培训
南昌航空大学--fpga 高级开发技术培训
IBM 公司--3G手机ANDROID系统和应用技术开发培训
上海贝尔--3G手机ANDROID系统和应用技术开发培训
中国双飞--Vxworks 应用和BSP开发技术培训

 

上海水务建设工程有限公司--Alter/Xilinx FPGA应用开发技术培训
恩法半导体科技--Allegro Candence PCB 仿真和信号完整性技术培训
中国计量--3G手机ANDROID应用和系统开发技术培训
冠捷科技--FPGA芯片设计技术培训
芬尼克兹节能设备--FPGA高级技术开发培训
川奇光电--3G手机ANDROID系统和应用技术开发培训
东华大学--Dsp6000系统开发技术培训
上海理工大学--FPGA高级开发技术培训
同济大学--Dsp6000图像/视频处理技术培训
上海医疗器械高等专科学校--Dsp6000图像/视频处理技术培训
中航工业无线电电子研究所--Vxworks 应用和BSP开发技术培训
北京交通大学--Powerpc开发技术培训
浙江理工大学--Dsp6000图像/视频处理技术培训
台湾双阳科技股份有限公司--MTK应用(MMI)和驱动开发技术培训
滚石移动--MTK应用(MMI)和驱动开发技术培训
冠捷半导体--Linux系统开发技术培训
奥波--CortexM3+uC/OS开发技术培训
迅时通信--WinCE应用与驱动开发技术培训
海鹰医疗电子系统--DSP6000图像处理技术培训
博耀科技--Linux系统开发技术培训
华路时代信息技术--VxWorks BSP开发技术培训
台湾欧泽科技--iPhone开发技术培训
宝康电子--Allegro Candence PCB 仿真和信号完整性技术培训
上海天能电子有限公司--Allegro Candence PCB 仿真和信号完整性技术培训
上海亨通光电科技有限公司--andriod应用和系统移植技术培训
上海智搜文化传播有限公司--Symbian开发培训
先先信息科技有限公司--brew 手机开发技术培训
鼎捷集团--MTK应用(MMI)和驱动开发技术培训
傲然科技--MTK应用(MMI)和驱动开发技术培训
中软国际--Linux系统开发技术培训
龙旗控股集团--MTK应用(MMI)和驱动开发技术培训
研祥智能股份有限公司--MTK应用(MMI)和驱动开发技术培训
罗氏诊断--Linux应用开发技术培训
西东控制集团--DSP2000应用技术及DSP2000在光伏并网发电中的应用与开发
科大讯飞--MTK应用(MMI)和驱动开发技术培训
东北农业大学--IPHONE 苹果应用开发技术培训
中国电子科技集团--Dsp2000系统和应用开发技术培训
中国船舶重工集团--Dsp2000系统开发技术培训
晶方半导体--FPGA初中高技术培训
肯特智能仪器有限公司--FPGA初中高技术培训
哈尔滨大学--IPHONE 苹果应用开发技术培训
昆明电器科学研究所--Dsp2000系统开发技术
奇瑞汽车股份--单片机应用开发技术培训


 
 
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