Your Engineering and Scientific Computing Resource

 

Dymola for Your Complex Simulation

Dynasim has developed Dymola with a new technology for multi-engineering modeling and simulation for use within automotive, aerospace, robotics, process and other applications. Dymola allows simulation of the dynamic behavior and complex interactions between, for example, mechanical, electrical, thermodynamic, hydraulic and control systems.

Basic information can be found in the brochure

• Dymola - Dynamic Modeling Laboratory - Multi-engineering Modeling and Simulation

More details can be found in the following fact sheets:

• Modelica Modeling Language
• Book: Introduction to Physical Modeling with Modelica by Dr. Michael Tiller
• Option: Real-time and HIL Simulation
• Option: Dymola-Simulink Interface
• Selected Publications
• Model Library: Modelica Standard Library
• Model Library: MultiBody library
• Model Library: Hydraulics Library Hylib
• Model Library: PowerTrain Library
• Model Library: Thermofluid Library

Dymola - Dynamic Modeling Laboratory Dymola for Multi-Engineering Modeling and Simulation TM Dymola uses a new modeling methodology based on object orientation and equations. The usual need for manual conversion of equations to a block diagram is removed by use of automatic formula manipulation. Ready to use model libraries are available in many engineering domains.  Handles large, complex multi-domain models  Faster modeling by graphical model composition  No manual equation manipulation needed  Faster simulation - symbolic pre-processing  Open for user defined model components  Open interface to other programs  3D Animation  Real-time simulation Modelica Language Object oriented modeling language to support hierarchical structuring, reuse and evolution of large and complex models independent from the application domain. Acausal modeling based on differential and algebraic equations.

Model Libraries - Examples Rotational library Rotational mass, ideal gear box, clutches, brakes, etc. Electrical library Resistors, capacitors, inductors, transformers, basic semiconductors, etc. Block library Input- output blocks like transfer functions, controllers, nonlinear elements, etc. Multibody systems library 3D bodies, joints, springs, dampers, force elements, etc. Hydraulic library Pumps, motors, various valves, orifices, lines, etc. Power systems transient library Three phase generators, loads, lines, transformers, faults, etc.

Dymola is a registered trademark of Dynasim Inc.