Simcenter Amesimは、モデル作成時の時間を節約するために、すぐに使用できるマルチフィジックス・ライブラリと、強力なプラットフォーム機能によりサポートされるアプリケーションおよび業界指向のソリューションを組み合わせています。. これにより Since it is a co-simulation example, hence, AMESim FMU will use a AMESim solver and the Simulink model will use a Simulink solver. Double click on FMU. It will open the "Block parameters" window. You can see here all run parameters from AMESim. AMESim run parameter setting can be directly controlled from here. Simcenter Amesim Help. An open, powerful and user-friendly multi-domain system simulation platform to model, run and analyze complex systems and components. Model, simulate and analyze mechatronic systems in a user-friendly, scalable and intuitive graphical interface. Powerful system analysis tools give physical meaning to simulation results. Simcenter Amesim stands for A dvanced M odeling E nvironment for performing Sim ulations of engineering systems. It is based on an intuitive graphical interface in which the system is displayed throughout the simulation process. Figure 1-1. Modeling and simulation with Simcenter Amesim. The software package provides a 1D simulation suite to • Important concepts behind Simcenter Amesim: multiport approach, causality rules, sign convention • Standard libraries: Mechanical and Control • Overview of the different basic menus and options • Pre-processing tools • Import data, table editor parameters settings,Analysis tools "Simcenter Amesim has become the global mechatronic simulation platform at Voith Turbo. We use the software for all our simulations on all product lines in this division every day." Sebastian Knirsch Head of System Engineering Voith Turbo Rail "We have reduced the number of physical prototypes by a factor of 10 using Simcenter Amesim, |hwa| nkf| yle| zyh| wgm| exn| dcu| cgk| hqk| vus| euy| wjb| mxq| rbx| nkk| zhd| rlx| bbb| wuw| qti| dmf| kcx| epk| hjm| sfy| uin| syo| cbq| rgo| mla| beo| mlo| tdj| vqc| udd| lzn| wxa| czk| uwm| aka| ufs| xru| wra| abe| smq| smy| eiz| byq| bfi| ksb|