|Developer(s)||MSC Software Corp. (MSC)|
|Operating system||Linux and Microsoft Windows|
ADAMS (acronym of Automated Dynamic Analysis of Mechanical Systems) is a multibody dynamics simulation software equipped with Fortran and C++ numerical solvers. ADAMS was originally developed by Mechanical Dynamics Incorporation which then was acquired by MSC Software Corporation. Adams has been proved as very essential to VPD (Virtual Prototype Development) through reducing product time to market and product development costs.
Several additional modules sold separately are available for extended functionality.
- Vibration analysis through ADAMS/Vibration includes mode shape analysis.
- SISO and MIMO closed loop control system modeling and simulation is available through ADAMS/Controls.
- It can simulate flexible links, via Adams/ViewFlex and/or Adams/Flex. Its approach to flexible body modelling is that of modal analysis which uses a modal neutral file.
- Adams/Insight can be used to study DOE (design of experiments) and optimize a design.
- Adams/SDK (Software Developer's Kit) can be used for building customized modules. Some such native customizations hitting a special industry problems are Adams/Car, Adams/Engine, Adams/Aircraft, Adams Machinery; all of which template based customized stand alones of Adams/View.
- Adams/Tire simulates complex non-linear behaviour of car tires, using experimental models.
- Product lifetime reduction under dynamic and fatigue loads is studied by ADAMS/Durability.
Other Software Products Interoperability
Adams/Controls is very well integrated into MathWorks' Simulink by some S-functions. A closed loop between Simulink and Adams/Controls makes simulation of non LTI systems very simple. A non-linear time variable model of plant is modeled within ADAMS/Controls and its behaviour is reported to Simulink via Named pipe or TCP/IP communication as feedback, whereby analysed by some controller within Simulink and through some actuators act upon ADAMS/Controls plant in the same communication scheme.
Similar approach is supported with Easy5, a 1-D solution from MSC Software.
Since Adams 2013.1, Functional Mock-up Interface has been supported. It is an open standard interface intended for coupling tools from different vendors for Model Exchange and Co-simulation. Adams supports FMI Co-simulation mode only up until version 2014.
Adams is highly integrated with Actran frequency-domain solver for chained simulation analyses of moving mechanisms such as gearbox run-up and impact noise studies such as door latch mechanisms.