01.05.2017 Views

4569846498

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Multibody systems simulation software 129<br />

Fig. 3.44<br />

ADAMS/Chassis user interface (provided courtesy of MSC.Software)<br />

(ii) The Standard User mode is intended for design, test and development<br />

engineers in addition to analysts. These users would not necessarily be<br />

MSC.ADAMS experts but would be able to use the existing templates<br />

to enter data and create models using familiar terminology.<br />

In parallel to ADAMS/Car the ADAMS/Chassis system is also used for<br />

vehicle work and offers similar capability. The ADAMS/Chassis program<br />

was originally developed in-house by Ford in the late 1980s. The program was<br />

originally called ADAMS/Pre and as the name suggests the early implementation<br />

was a pre-processor that automatically formatted ADAMS data sets.<br />

In its current form it has additional capability to run customized simulations<br />

and has its own post-processor. Ford allowed the program to be taken on<br />

and developed by another company before the product was acquired by the<br />

developers of MSC.ADAMS. Due to its origin ADAMS/Chassis appears on<br />

the surface unlike any of the other customized MSC.ADAMS programs.<br />

The program uses a graphical interface based more on data forms to enter<br />

the data. An example is shown in Figure 3.44.<br />

The program also requires a high level of programming skill on the part of any<br />

expert user who is going to customize or develop the way models are generated,<br />

simulations are run or results are plotted and reported. In addition to<br />

vehicle dynamics knowledge the ADAMS/Chassis expert would need a working<br />

knowledge of ADAMS/Solver language, C and FORTRAN in order<br />

to perform any meaningful customization. It is perhaps fortuitous that the program<br />

offers a good range of suspension systems in the current implementation.<br />

Once the full vehicle is assembled there exists a range of pre-programmed<br />

manoeuvres that may be selected and simulated. Examples are listed here in<br />

Table 3.7 using the terminology particular to ADAMS/Chassis to name the<br />

manoeuvres.

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!