11亚太ansys fluent学习培训教程cfd能源应用简介

1、ANSYS CFD能源应用简介俞斌根CFD 高级技术专家 安世亚太科技（北京）有限公司2011年9月2日星期五安世亚太能源行业应用换热器设备高效、节能环保设备电力市政工业污水核电产业主回路应急事故安全事故及其他新能源技术水电风电光伏技术电池板壳式管翅式a VVER-440 Fuel Bundle板式换热器板壳式管翅式高效换热器应用案例环保设备电力环保排放控制参数：从最初的烟尘、脱硫、脱硝到目前CO2捕集和重金属。华能北京热电厂建设投运的国内第一个燃煤电厂CO2捕集项目。华能上海石洞口第二电厂的目前世界上处理能力最大的燃煤电厂CO2捕集装置。华能率先倡导的“绿色煤电计划”，已成为我国发电行业积极

2、研发近零排放发电技术、应对气候变化的标志性项目!华能自主CO2捕集系统新型燃烧器开发日立氧燃料煤粉燃烧器-Fluent燃烧器改造燃煤电厂配套CO2 捕捉与封存系统喷淋塔模拟Fluent Application in SCR水泥厂尾部除尘器分析案例（ANSYS-CFX）Intensiv-Filter GmbH & Co. KGOptimising the inflow in the raw gas room and preseparator for a cement kiln or cement mill filterFor the retrofit of an electrostatic pr

3、ecipitator, the figure shows the velocity before and after optimisation with CFD.改善进口气流的分布是提升效能和防止破损的关键！城市供水与污水处理设备Vivendi Water核电产业核电国家发展规划：百万千瓦级先进压水堆核电技术路线，同时在三代核电技术完全消化吸收掌握之前，以现有二代改进型核电技术为基础，通过设计改进和研发，自主建设适当规模的压水堆核电站；第三代核电技术代表：美国西屋公司的AP1000压水堆,法国EPR1600压水堆。关键设备主要流体技术问题：核主泵：流固耦合、空蚀性能、叶型设计堆芯：流动形式，防

4、止汽化压力安全壳：外部喷淋与内部蒸汽冷凝降压瞬态过程稳压器响应：喷淋换热核电站泄漏事故控制：瞬态气体扩散过程第四代高温气冷堆：示范工程（山东荣城示范堆）其核电站示范工程已作为国家中长期科学和技术发展规划重大科技专项堆芯内部栅板与分导片仿真研究意义有助于流动优化，强化传热堆芯栅板及分导片堆芯内部流动与传热No slip wall q”= 840 kW/m2(constant)Symmetry VVER-440 Fuel Bundle压水堆失水事故注水案例注无硼酸水引发冷却剂硼酸浓度被稀释问题硼酸浓度降低，加快反应堆反应速度，放热增加（不可控)浮力驱动影响研究红的颜色为硼酸浓度低的区域压水堆停堆换

5、料期间主管道半充水意义研究堆芯余热排出循环泵的抽吸研究可能出现空气吸入的最小液面水位Midloop工况主管道液位分析上海核工程研究设计院，200233磁电Z程与丝木2007年第2朝气体泄漏分析核电站壳体内氢泄漏浓度分布模拟阿海珐集团制定ANSYS 软件供应商AREVA Names ANSYS Certified SupplierInternational Nuclear Energy Leader Recognizes ANSYS as an Organization Essential to its GrowthSOUTHPOINTE, Pa., Jul 21, 2009 (BUSINESS

6、 WIRE) - ANSYS, Inc. (NASDAQ: ANSS), a global innovator of simulation software and technologies designed to optimize product development processes, has been awarded an AREVA Certified Supplier seal of approval, strengthening the relationship between the two organizations. As a world leader in the nu

7、clear power industry, AREVA works with key suppliers in its efforts to expand operations and develop new markets. It named ANSYS among 170 U.S. and Canadian companies that received this mark of distinction, citing how essential AREVAs partners are in deploying activities that support the companys gr

8、owth. ing an AREVA Certified Supplier entailed meeting 25 criteria, such as quality, sustainable development values and competitiveness. Other decisive areas included investment in innovation and R&D, capacity to tackle new markets, and attention to nuclear/occupational safety and the environment. W

9、ith this distinction, AREVA announces that it intends more than ever to strengthen its relationship with the companies that work closely with them, said Jim Cashman, president and CEO of ANSYS, Inc. AREVA has had a long-standing relationship with ANSYS and has used our products throughout the world

10、in its nuclear energy applications. In fact, ANSYS(R) is AREVAs standard solution for mechanical analysis across the enterprise. One application example is design optimization for the European Pressurized Reactor (EPR), one of the first GenIII+ reactors under construction. The completed projects del

11、iver a steady stream of energy with increased reactor safeguards. About AREVA Inc.In 2008, AREVA purchased nearly $1.5 billion in goods and services from North American suppliers, helping to ensure thousands of jobs among these companies. Together with investments in major infrastructure projects, t

12、hese purchases are helping AREVA develop CO2-free energy products and services. As the leading U.S. nuclear vendor and a key player in the electricity transmission and distribution sector, AREVA Inc.s 6,000 U.S. energy employees are committed to serving the nation and paving the way for the future o

13、f the electricity market. With 45 locations across the nation and nearly $2 billion in energy revenues in 2008, AREVA Inc., through its subsidiaries, combines U.S. leadership, access to worldwide expertise and a proven track record of performance. In the U.S. and in more than 100 countries around th

14、e world, AREVA is engaged in the 21st centurys greatest challenges: making energy available to all, protecting the planet, and acting responsibly toward future generations. 美国高温气冷堆研究案例 （合作者：韩国先进科学技术研究所）Experimental Validation of Stratified Flow Phenomena, Graphite Oxidation, and Mitigation Strategie

15、s of Air Ingress AccidentsIdaho National Laboratory空气进入高温壳体内部的瞬态流动分析分析（fluent）世界核聚变反应堆ITER装置ITER Selects ANSYS Solutions for Design of Experimental Nuclear Fusion FacilityProject Aimed at Producing Large-Scale Clean Energy for Future GenerationsVisit News Releases Image LibrarySOUTHPOINTE, Pa., Aug

16、06, 2007 /PRNewswire-FirstCall via COMTEX News Network/ - ANSYS, Inc. (Nasdaq: ANSS), a global innovator of simulation software and technologies designed to optimize product development processes, today announced that the multinational organization ITER has adopted software from ANSYS to validate th

17、e design of its groundbreaking international fusion power plant development project. ITER aims to demonstrate the scientific and technical feasibility of fusion power. The partners in the project - called the ITER Parties - are the European Union, Japan, the Peoples Republic of China, the Republic o

18、f India, the Republic of Korea, the Russian Federation and the U.S.A. ITER will be constructed in Europe at Cadarache in the south of France.Engineering simulation solutions from ANSYS will be used to accelerate research and development by optimizing key components of the experimental fusion reactor

19、. Researchers will use the broad and linked simulation capabilities within the ANSYS Workbench platform to conduct dynamic analyses, nonlinear thermal analysis, electro-magnetic analyses, coupled field analyses and nonlinear structural analyses of the facility. Construction and commissioning of the

20、project is expected to take about eight years, once a construction license is granted in early 2009.“Our experience has shown that ANSYS software gives engineers the opportunity to analyze all kinds of engineering problems in an efficient and flexible manner. The analyses performed to date have prov

21、ided invaluable information about the mechanicalbehavior of the ITER components, such as the magnet system, vacuum vessel, divertor and other components,” said Cornelis Jong, mechanical engineer in the magnet division at ITER. “These tools will contribute to ITERs success, leading to large-scale nuc

22、lear power without a long-term nuclear waste stream - which would be a monumental environmental and economic achievement in the 21st century.The ITER fusion reactor is based on the tokamak concept, in which low-temperature superconducting coils are positioned around a toroidal vessel. These coils pr

23、oduce magnetic forces that confine hot plasma long enough to generate 10 times more power through fusion than required to keep it hot.ITER intends to demonstrate that fusion could be used to generate electrical power; the aim of the project is to gain the necessary data to design and operate the fir

24、st electricity-producing fusion plant.“We at ANSYS are excited to be providing single-platform multiphysics CAE solutions to the ITER organization, and to be taking part in the quest for a clean and abundant energy source for the future,” said Chris Reid, vice president, marketing at ANSYS, Inc.For

25、downloadable, high-resolution images, visit About ITERITER will be the worlds largest experimental facility to demonstrate the scientific and technical feasibility of fusion power. It will be sited at Cadarache in the south of France. The construction costs of ITER are estimated at 5 billion Euros o

26、ver ten years, most of which will be awarded in the form of contracts to industrial companies and fusion research institutions. Europe will contribute up to half of the costs of construction, while the other six Parties to this joint international venture will contribute up to 10% each to the rest安世亚太能源行业应用换热器设备高效、节能环保设备电力市政工业污水核电产业主回路应急事故安全事故及其他新能源技术水电风电光伏技术电池板壳式管翅式a VVER-440 Fuel Bundle板式换热器板壳式管翅式泄洪道分析案例水坝泄洪道自由表面模拟泄洪道门调节位置与底部空气进口通道分析Wanapum Dam in Columbia River消力池不同深度的流态（x-velocity ）User list :muju and Sanchong( korea) , Lamtakhong(Thailand) , Alqueva(Po