建议成立AMESim仿真交流版

蓝色Dreamer

AMESim 为多学科领域复杂系统建模仿真解决方案（英文缩写：Advanced Modeling Environment for Simulation of engineering
　　systems），引领着世界协同仿真之路。AMESim提供了一个系统工程设计的完整平台，使得用户可以在一个平台上建立复杂的多学科领域系统的模型，并在此基础上进行仿真计算和深入的分析。用户可以在AMESim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、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。AMESim使得工程师迅速达到建模仿真的最终目标：分析和优化工程师的设计，从而帮助用户降低开发的成本和缩短开发的周期。
　　AMESim使得用户从繁琐的数学建模中解放出来从而专注于物理系统本身的设计。基本元素的概念，即从所有模型中提取出的构成工程系统的最小单元使得用户可以在模型中描述所有系统和零部件的功能， 而不需要书写任何程序代码。
　　AMESim处于不断的快速发展中，现有的应用库有：机械库、信号控制库、液压库（包括管道模型）、液压元件设计库 （HCD）、动力传动库、液阻库、注油库 （如润滑系统）、气动库
　　（包括管道模型）、电磁库、电机及驱动库、冷却系统库、热库、热液压库（包括管道模型）、热气动库、热液压元件设计库 （THCD）、二相库、空气调节系统库；作为在设计过程中的一个主要工具，AMESim还具有与其它软件包丰富的接口，例如Simulink®, Adams®,
　　Simpack®, Flux2D®，RTLab® , dSPACE®, iSIGHT®等。

wangdongheng040

你上传一些基本教材和应用案例上来做个介绍；人气上来了，站长才有可能同意开版

华仔nuc

赞成建立AMESim仿真交流版

pzm007

目前正用这个呢，赞成

wangdongheng040

9.0版的，可否给个介绍；或链接方式。

蓝色Dreamer

AMESim
Rev 9

NEW FEATURES

1.
LMS Imagine.Lab AMESim new Platform features

1.1.     
Platform Facilities

1.1.1.      
Experiments Manager

1.1.2.      
Online Help with Search

1.1.3.      
Model properties

1.1.4.      
Model history

1.1.5.      
CSV Watch result export

1.1.6.      
Spaces in AMESim folders

1.1.7.      
AMESim in
Chinese

1.1.8.      
Improved HTML documentation for Libraries

1.1.9.      
Improved Look and Feel for the Graphical User Interface

1.2.     
Analysis Tools

1.2.1        
Plot Update: Global update, update after simulation, monitoring

1.2.2        
Plot Look and Feel: Book and titles

1.2.3        
Plot Analysis Tools: Double cursors, position editor and synchronization

1.2.4        
Dedicated Plots: 1D and Modulo plots

1.2.5        
3D Animation: Multi-selection commands

1.2.6        
Improvement of Root Locus

1.3.     
Solver and Numerics

1.3.1        
Discontinuity handling

1.4.     
Modelica Platform

1.4.1        
Modelica Platform option

1.4.2        
Modelica Assembly with SVG icons

1.4.3        
Improved Modelica Compiler

1.5.     
Software Interfaces

1.5.1        
LMS Virtual.Lab Motion

1.5.2        
MSC Adams

1.6.     
AMESim Simulator Scripting

1.6.1        
Python

1.6.2        
Circuit API VBA (Visual Basic for Applications)

1.7.     
MIL/SIL/HIL & Real-Time

1.7.1        
Embedded fixed-step solver in Simulink/Cosim dll

1.7.2        
ETAS LabCAR

1.7.3        
Switch Models for Real-Time

1.8      
1D/3D CAE

1.8.1        
1D AMESim/3D CFD co-simulation

1.9      
Platform Demos

1.9.1        
Updated Platform Demos in AMEHelp

2.           
New Libraries

2.1
CFD-1D for gas flow equations

2.2
Automotive Electrics

2.3
Cams and Followers

2.4
Electrochemistry

2.5
Fuel Cell Components

2.6
iCAR

3.           
Library improvements

3.1      
Signal

3.1.1        
SIG library: Signal and Control directory has been moved!

3.1.2        
SIG library: Rate Limiter

3.1.3        
SIG library: Peak to Peak and Average components for Angular Analysis

3.1.4        
SIG library: Mean Value with Reset

3.1.5        
SIG library: Moving Average

3.1.6        
SIG library: Bus of Data (Ideal Bus)

3.1.7        
libAME: Unit conversion system in tables

3.2      
Mechanics

3.2.1        
MEC library: Mechanical library directory has been moved!

3.2.2        
MEC library: Rotary inertia with endstops

3.2.3        
MEC library: Screw Nut Worm Gear

3.2.4        
MEC, TR libraries: Improved Reset-Integrator Dry Friction

3.2.5        
PLM library: Junctions as explicit

3.2.6        
TR library: Engine Components to model engine vibrations

3.2.7        
TR library: Bearing Components to model losses

3.2.8        
TR library: Gear Components to model losses and gear contact

3.3      
Fluids

3.3.1        
HYD library: Lax-Wendroff Hydraulic Lines

3.3.1        
HYD library: Distributive Lumped Hydraulic Lines

3.3.2        
HYD library: Hydraulic fluid properties improvements

3.3.3        
HR, THR libraries: Pressure loss improvements

3.3.4        
HR, THR libraries: Bearing model improvements

3.3.5        
HR, THH, CS libraries: Implementation of affinity laws in pumps

3.3.6        
THH, THP libraries: Half Heat Exchanger

3.3.7        
THP library: Real Gas

3.3.8        
GM library: New orifice and valve submodels

3.4      
Thermal

3.4.1        
HEAT library: Compatibility of HEAT library with the IFP Engine library

3.4.2        
HEAT library: New options for internal and external pressure drops

3.4.3        
HEAT library: Vertical Heat exchangers

3.4.4        
TPF library: Stop and Start numerical problems

3.4.5        
TPF library: New fluids implemented

3.4.6        
TPF library: Rankine Cycle

3.5      
Electrical

3.5.1        
EMD library: Updates of the Electric motors and drives

3.6      
Engine

3.6.1        
IFP-Engine library: Combustion Chamber models updated

3.6.2        
IFP-Engine library: Ethanol Blended Fuels

3.6.3        
IFP-Engine library: Stop and Start

3.6.4        
IFP-Exhaust library: Catalytic converter models for RT

3.6.5        
IFP-Drive library: IFP Drive updates

3.7      
Vehicle Dynamics

3.7.1        
VD library: Mission profile and driver actuation

3.7.2        
VD library: Path Follower

3.7.3        
VD library: Tire: Low velocities and car stop modeling

3.7.4        
VD library: ABS and ESP functional models

4.           
New Solutions

4.1      
Powertrain Transmission

4.1.1        
Dual Clutch Transmission (DCT) model

4.1.2        
Shuffle Judder, Clunk and Booming Noise analysis models

4.1.3        
Automatic Hydraulic Transmission

4.1.4        
Guidelines to go from Consumption model to Comfort model

4.1.5        
Hybrid Vehicle models

4.2      
Vehicle System Dynamics

4.2.1        
iCAR Application models

4.2.2        
Electric Power Steering models

4.2.3        
ABS/ESP model

4.3      
Vehicle Thermal Management

4.3.1        
Rankine Cycle model

4.3.2        
Complete Vehicle Thermal Management model

4.4      
Electromechanical

4.4.1        
Automotive Electrics model

4.5      
Fluids Systems

4.5.1        
Hydraulic Excavator in Real-Time

4.5.2        
Diesel Injector model improved

4.5.3        
Swash Plate Pump model

4.5.4        
Vane Pump model

4.5.5        
Variable Valve Actuation model

4.6      
Energy

4.6.1        
Physical Fuel Cell model

4.7      
Aerospace and Defense

4.7.1        
EHA Advanced models

4.7.2        
EHA Customized Components models

4.7.3        
EHA Force Fighting model

5.
Bug fixes & minor improvements for Library submodels


Running previous version models on AMESim Rev 9
Please note that when you open a system created using a version of AMESim prior to version Rev 9, AMESim Rev 9 will detect that it is an old system and will automatically convert it to the AMESim Rev 9 format. It is important to know that AMESim Rev 9 models cannot be read by earlier versions of AMESim.
Main changes in AMESim Rev 9
These are listed below, for more details please click the Short Description and Complete Documentation links. A list of bug fixes and known bugs is available in the
Highlights and installation manual Rev 9

(in PDF format). To use this documentation you need Adobe Reader (8.0 or above). You can download Adobe Reader directly from
Adobe
.

lsjolsj126

赞成，amesim在国内用的人非常多啊

hydraulic

支持一下 呵呵 正用着

xiao_oaix

支持一下！！！！！！！！！！！

yjg314

非常赞成，我们汽车行业很多都在用AMESim软件的，很有必要成立专门的版块进行技术交流啊！！

zyhzyh521

坚决拥护这个决定，我也在用，很不错的

sunmoonn

支持一下 呵呵呵 也正用着

sunmoonn

支持一下 呵呵呵 也正用着

zwccumt

赞同成立，现在AMESIM的资料也不多，需要互相学习！

jiafeimaox

支持建立AMESIM版块，对于新手学习意义重大。

kim100

现在建了没有呢？

wjhtuopu1180

支持一下啊

bluehong

强烈支持，赶紧建吧

taojunhust

那确实，现在这个软件还是蛮流行的

taojunhust

今年11月底据说要出10的了，