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课程大纲 |
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AMESim(Advanced Modeling Environment for performing Simulation of engineering systems)为多学科领域复杂系统建模仿真平台。用户可以在这个单一平台上建立复杂的多学科领域的系统模型，并在此基础上进行仿真计算和深入分析，也可以在这个平台上研究任何元件或系统的稳态和动态性能。例如在燃油喷射、制动系统、动力传动、液压系统、机电系统和冷却系统中的应用。面向工程应用的定位使得AMESim成为在汽车、液压和航天航空工业研发部门的理想选择。工程设计师完全可以应用集成的一整套AMESim应用库来设计一个系统，所有的这些来自不同物理领域的模型都是经过严格的测试和实验验证的。
1：奥林斯赛车（液压阀）案例
2：布雷博发动机线控制动案例
3：法国石油研究院的新能源（电池）视频案例
4：国立图卢兹应用科学学院飞行控制推进案例
5：海洋余热回收案例
6：久益环球采矿设备案例
7：雷诺（燃料经济模拟器）视频案例
8：汽车发动机耦合案例
9：斯堪尼亚卡车和客车变速器案例
10：通用汽车（变速箱控制）视频案例研究
11：现代重工的混合容器引擎案例
12：亚马逊农业机械案例
13：翼卡案例
14：Siemens PLM Hyundai Heavy Industries (Hybrid vessels - Engine) - Video Case Study
15：Siemens PLM Siemens Marine (Waste Heat Recovery) Video Case Study
16：Designing high-performance hydraulic components and systems
17：accelerate hydraulic component and system design
18：hydraulic pumps design right the first time
19：boost energy efficiency and performances of your hydraulic systems
20：optimize hydraulic valves at early design phases
21：Siemens PLM FLUIDESIGN (Hydraulics) Video Case Study
22：assessing thermal management under the hood
23：analyzing and designing optimal transmission systems
24：Hydraulic Systems and Components - Booth Video
25：assessing steady state and transient behavior of thermal systems
26：optimizing an excavator model for real-time usage
27：solutions for mechanical industries
28：Siemens PLM Joy Global (Mining Equipment) Video Case Study
29：improving the energy comsumption of a press brake
30：optimizing industrial machinery functional performance
31：addressing fuel economy challenges
32：estimating emissions and fuel consumption for real driving cycles
33：optimizing energy strategy for hybrid vehicle
34：estimate fuel consumption and pollutants on a real driving emission cycle
35：reaching ultra-low fuel consumption
36：driving dynamics simulator
37：optimizing vehicle dynamics and chassis subsystems in a single environment
38：Siemens PLM Brembo (Brake-by-wire) Video Case Study
39：Siemens PLM Ohlins Racing (Hydraulic Valve) Video Case Study
40：South Ural State University (Truck Torque Distribution) Video Case Study (Russian)
41：Controls Design Process Efficiency - Application Video
42：Optimizing engine mounts properties to improve driver comfort - How to Video
43：Siemens PLM BorgWarner (Coupling) Video Case Study
44：Siemens PLM Continental (Transmission Controls) Video Case Study
45：Siemens PLM Cummins (Diesel engines) Video Case Study
46：Siemens PLM General Motors (Transmission Control) Video Case Study
47：Siemens PLM PUNCH Powerglide (Automatic Transmission) Video Case Study
48：Siemens PLM Renault (Systems Engineering) Video Case Study
49：Simcenter Amesim - Assessing Thermal Management Under the Hood - How To
50：Siemens PLM Scania (Truck and Bus Transmission) Video Case study
51：Siemens PLM Voith Turbo (Bus Transmission Controls) Video Case Study
52：analyzing effects of aeration on variable hydraulic valvetrains
53：designing and optimizing engine systems and controls
54：analyzing effects of air dissolution dynamics on vane pumps
55：Siemens PLM Ecole Centrale de Lyon (Racing Car) Video Case Study
56：Siemens PLM General Motors (Engine Design) Video Case Study
57：Siemens PLM Hatz Diesel (4H50 Engine) Video Case Study
58：Siemens PLM Voith Turbo (Rail Vehicle Hybridization) Video Case Study
59：Siemens PLM Voith Turbo (Train Cooling Units) Video Case Study
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