Modelica Libraries

The Modelica libraries available, both commercial and non-commercial, are collections of models that allow the user to easily build their own components or adapt existing ones to simulate the behavior of complex systems, covering multiple domains.

Libraries can have a general purpose, such as the Modelica Standard Library, containing basic models for all domains, or be specific to some domains, such as Automotive, Aerospace&Defense, Energy, Building&Process, Industrial Equipment.

All libraries listed can be provided by Dofware for use with Dymola, including technical support.

General Purpose Automotive Aerospace&Defense Energy, Building&Process Industrial Equipment

Modelica standard Library

With DYMOLA, the Modelica Standard Library (MSL) forms the backbone of the environment. It contains about 3000 basic elements divided between components and functions.

The main sections are the following:

Mechanics: 1D rotational and translational, 3D multibody      Thermodynamics Electrical: analogic, digital, machines and multiphase Magnetic Fluid Dynamics Units of measurements Hierarchical State Machines Math: 1 variable, vectorial Control Systems Linear Systems Medium: 1250 different liquid and gas models Scripting utilities and functions

Below are the libraries that, in addition to the MSL, provide the models for simulating:

Electrical Systems

Electrified Powertrains Library – EPTL: Design of entire electrical system development process.

Brushless DC Drives Library: To model electric drive systems, it allows the integration of Brushless DC motors into systems.

Fluid Dynamics

Cooling Library: To develop cooling systems and components, for batteries, electric drives and thermal management of electronic systems.

Fluid Power Library: To model and predict the behavior of hydraulic systems such as those of aircraft, cars, excavators and other types of machines.

Human Comfort Library: To estimate the comfort of the occupants in an air-conditioned area.

HVAC Library: To optimize the design and performance of heating, ventilation and air conditioning systems.

Thermal Systems Library: To optimize the design of large and complex thermodynamic systems.

Clara + Library: For the simulation of thermodynamic processes for the production of electrical energy using the Clausius Rankine cycles.

Fuel Cells Library: For modeling fuel cells for mobile and static applications.

Fluid Dynamics Library: For performing CFD calculations using coarse-grained mesh.

Mechanical Systems:

VeSyMA – Powertrain Library : Powertrain Library: For modeling rotating MultiBody systems such as automotive powertrains.

Automotive

For vehicle systems design, RT simulations of vehicle behavior on road surfaces and vehicle thermal modeling, Dofware can provide the following libraries:

VeSyMA Library: The Vehicle System Modeling and Analysis library provides the resources and interfaces necessary for modeling and analyzing vehicle systems.

VeSyMA – Engines Library: For the creation of semi-empirical and predictive engine models.

VeSyMA – Powertrain Library : For modeling rotating MultiBody systems such as automotive powertrains.

VeSyMA – Suspensions Library: To develop suspension models and analyze performance in terms of stability and handling.

Fuel Cells Library: For modeling fuel cells for mobile and static applications.

Battery Library: for the modelling of cells and battery packs.

Brushless DC Drives Library: To model electric drive systems, it allows the integration of Brushless DC motors into systems.

Electrified Powertrains Library – EPTL:  Design of entire electrical system development process.

Flexible Bodies Library: To speed up the analysis of movements of flexible bodies.

Cooling Library: To develop cooling systems and components, for batteries, electric drives and thermal management of electronic systems.

HVAC Library: To optimize the design and performance of heating, ventilation and air conditioning systems.

Thermal Systems Library: For simulating engine and battery cooling.

Human Comfort Library: To estimate the thermal comfort of vehicles.

Fluid Dynamics Library: For performing CFD calculations using coarse-grained mesh.

Fluid Power Library: To model and predict the behavior of hydraulic systems such as those of aircraft, cars, excavators and other types of machines.

Pneumatic Systems Library: To design pneumatic systems and predict their behaviors.


Aerospace&Defense

For fluid dynamics simulation, to achieve structural compliance of aircraft, to design hybrid vehicle systems and to analyze and reproduce flight dynamics, Dofware can provide the following libraries:

Thermal Systems Library: To define models of complex thermo-fluid dynamic systems of aircraft.

Human Comfort Library: To estimate the comfort of the occupants in an air-conditioned area eg. airplane cabin.

Fluid Power Library: To model and predict the behavior of hydraulic systems such as those of aircraft, cars, excavators and other types of machines.

Flexible Bodies Library: To speed up the analysis of movements of flexible bodies.

Brushless DC Drives Library: To model electric drive systems, it allows the integration of Brushless DC motors into systems.

Electrified Powertrains Library – EPTL:  Design of entire electrical system development process.

Electrical Power System Library: For multi-level modeling of DC systems and high frequency AC power grids of aircraft systems.

Flight Dynamics Library : For modeling, simulation and analysis of the dynamic flight characteristics of a wide range of aircraft.

Energy, Building&Process

For the correct design of buildings and industrial plants and for the optimization of control systems, Dofware can provide the following libraries:

HVAC Library: To optimize the design and performance of heating, ventilation and air conditioning systems.

Thermal Systems Library: To optimize the design of large and complex thermal systems.

Human Comfort Library: To estimate the thermal comfort of buildings.

Clara + Library: For the simulation of thermodynamic processes for the production of electrical energy using the Clausius Rankine cycles.

ProcessingLine Library: To optimize the electrical consumption of machinery in an industrial plant.

Industrial Equipment

To create industrial machine models, actuator models and control systems and analyze thermal properties, Dofware can provide the following libraries:

VeSyMA – Powertrain Library : For modeling rotating MultiBody systems.

VeSyMA – Engines Library: For the creation of semi-empirical and predictive engine models.

Brushless DC Drives Library: To model electric drive systems, it allows the integration of Brushless DC motors into systems.

Electrified Powertrains Library – EPTL:  Design of entire electrical system development process.

Flexible Bodies Library: To speed up the analysis of movements of flexible bodies.

Cooling Library: To develop cooling systems and components, for batteries, electric drives and thermal management of electronic systems.

Thermal Systems Library: To optimize the design of large and complex thermal systems.

Fluid Power Library: To model and predict the behavior of hydraulic systems.

Pneumatic Systems Library: To design pneumatic systems and predict their behaviors.

ProcessingLine Library: To determine the powers required of the motors that power the machinery of the production line to predict their electrical consumption.